Intelligent manufacturing method and manufacturing method of health wine for improving qi and blood

Abstract

According to the intelligent manufacturing method and the manufacturing method of the health wine for improving qi and blood provided by the invention, data interaction is carried out according to the component design request of the user side, the advantages of high intelligence, high standardization and high accuracy are achieved, fine proportioning and multi-level check of the health wine are realized, and the health wine has a good market prospect. The health wine prepared by the invention can be prepared from the following raw materials in parts by weight: 0.5-3 parts of angelica sinensis, 3-15 parts of Chinese wolfberry fruits, 2-10 parts of mulberries, 0.5-3 parts of seville orange flowers and 1-6 parts of Chinese dates, 65-degree pure grain brewed puree liquor which is 10-20 times of the total weight of the raw materials is hermetically soaked at normal temperature for more than or equal to 6 days, and the leachate is diluted to 20 degrees by purified water. The health-preserving wine prepared by the invention has excellent sensory dimension quality such as color, taste, fragrance and the like, and a large number of animal experiments show that the health-preserving wine has a high level of improving cold uterus, abdominal pain and irregular menstruation of women, has a remarkable effect of enhancing immunity, and can obviously improve physique after being taken for a long time.

Description

Technical Field

[0001] The invention relates to image processing technology, and in particular to an intelligent manufacturing method and a manufacturing method of a health-preserving wine for improving qi and blood. Background Art

[0002] With the advancement of science and the continuous enrichment of medical knowledge, people gradually realized that wine itself can not only cure diseases, but is also a good organic solvent. When combined with traditional Chinese medicine, it can play a better role in treatment, health care and health preservation. Thus, health-preserving wine came into being.

[0003] In the prior art, when producing health-preserving wine, a manual method is usually adopted to put different Chinese medicinal materials in a general formula directly into white wine according to a certain proportion and seal it for a period of time. However, this method lacks customized services for individual physiques and needs, and it is often difficult to meet consumers' personalized needs for specific ingredients and health benefits.

[0004] Therefore, how to achieve personalized customization of health wine based on user needs has become an urgent problem to be solved. Summary of the invention

[0005] The present invention provides an intelligent manufacturing method, which can realize personalized customization of health wine in combination with user needs. The technical solution provided by the present invention can perform data interaction, and has the three high advantages of high intelligence, high standardization, and high accuracy, so as to realize the refined proportioning and multi-level control of health wine. The health wine produced by the present invention has excellent quality in sensory dimensions such as color, taste, and fragrance, and a large number of animal experiments have shown that it has a high level of improvement in women's uterine cold abdominal pain and irregular menstruation, and has a significant effect in enhancing immunity. Long-term use can significantly improve physical fitness.

[0006] A first aspect of the present invention provides an intelligent manufacturing method, comprising: Determine a customized interface according to a component design request of a user terminal, wherein the customized interface includes an independent setting interface and a personalized setting interface, and retrieve the customized interface and send it to the user terminal; Receiving a type of allocation information configured by the user terminal based on the autonomous setting interface, and generating a type of customized data according to the type of allocation information; Acquire the second type of allocation information configured by the user terminal based on the personalized setting interface, and generate the second type of customized data according to the second type of allocation information; According to the verification pass information of the verification end on the first type of customized data or the second type of customized data, the first type of customized data or the second type of customized data is sent to the manufacturing end.

[0007] Optionally, in a possible implementation manner of the first aspect, receiving a type of configuration information configured by the user terminal based on the autonomous setting interface, and generating a type of customization data according to the type of configuration information includes: Obtaining a capacity configuration request from the user terminal, retrieving a standard capacity reference and displaying it in a reference area in the autonomous setting interface; receiving a capacity profile drawn by the user terminal in a customization area in the autonomous setting interface, and determining a first target capacity corresponding to the user terminal according to the capacity profile; Retrieving a first graphic model corresponding to the first target capacity and displaying it on the autonomous setting interface, and obtaining a plurality of matching areas defined by the user terminal based on a customized direction corresponding to the first graphic model; Obtaining the customized components corresponding to each of the proportioning areas, and determining the set proportioning amount of each of the customized components according to the component attributes of the customized components; A type of preparation information is obtained based on the customized ingredients and the set proportions, and a type of preparation list corresponding to the type of preparation information is generated to obtain a type of customized data.

[0008] Optionally, in a possible implementation manner of the first aspect, receiving a capacity profile drawn by the user terminal in a customization area in the autonomous setting interface, and determining a first target capacity corresponding to the user terminal according to the capacity profile includes: Acquire the outline span of the capacity outline in the capacity drawing direction, and determine the reference span corresponding to the standard capacity reference in the capacity drawing direction; Obtaining a relative ratio according to the ratio of the outline span to the reference span, obtaining a reference capacity corresponding to the standard capacity reference reference, and obtaining a drawing capacity according to the product of the relative ratio and the reference capacity; Traversing a plurality of preset capacities based on the drawing capacity, and when there is a preset capacity corresponding to the drawing capacity, determining the drawing capacity as a first target capacity; When there is no preset capacity corresponding to the drawing capacity, a preset capacity closest to the drawing capacity is determined as the first target capacity.

[0009] Optionally, in a possible implementation manner of the first aspect, obtaining the customized components corresponding to the respective proportioning areas, and determining the set proportioning amounts of the respective customized components according to the component attributes of the customized components, includes: Receiving the customized components configured by the user terminal for each of the proportioning areas, and determining the component attributes of the customized components, wherein the component attributes include countable attributes and weighing attributes; Counting the number of sub-pixels in the proportioning area of ​​the weighing attribute, and obtaining the configuration ratio of the corresponding customized component according to the ratio of the number of sub-pixels to the total number of pixels corresponding to the first graphical model; Retrieving a proportion correspondence table corresponding to the first graphical model, traversing the proportion correspondence table according to the configuration proportion, and determining that a preset proportion amount corresponding to a preset proportion interval where the configuration proportion is located is the set proportion amount; The ratio quantity and ratio profile of the customized component configured by the user end for the countable attribute are obtained, and a set ratio amount corresponding to the customized component is determined according to the ratio quantity and the ratio profile.

[0010] Optionally, in a possible implementation manner of the first aspect, obtaining a ratio quantity and a ratio profile configured by the user terminal for the customized component of the countable attribute, and determining a set ratio amount corresponding to the customized component according to the ratio quantity and the ratio profile, includes: Receiving a ratio quantity and a configuration type input by the user terminal, wherein the configuration type includes a uniform configuration type and a non-uniform configuration type; Retrieving a standard specification reference figure displayed in the reference area, obtaining the matching profile drawn by the user terminal in the customization area according to the uniform configuration type, or sequentially obtaining the matching profiles drawn by the user terminal in the customization area in a quantity equal to the matching quantity according to the non-uniform type; Obtaining a customized contour area corresponding to the matching contour, and obtaining an area ratio according to a ratio of the customized contour area to a standard contour area corresponding to the standard specification reference reference; Obtaining a drawing specification according to the product of the area ratio and the standard specification corresponding to the reference reference of the standard specification, traversing multiple preset specifications based on the drawing specification, determining that a drawing specification corresponding to the preset specification is a customized specification, and determining that a drawing specification not corresponding to the preset specification is a pending specification; Acquire a preset specification that meets the specification screening condition of the pending specification as the screening specification, generate a to-be-selected profile according to the screening specification and send it to the user terminal; Based on the information determined by the user terminal on the contour to be selected, the preset specification corresponding to the contour to be selected is determined to be a customized specification, and the set proportion of the customized component is obtained according to the customized specification and the proportion quantity.

[0011] Optionally, in a possible implementation manner of the first aspect, obtaining a preset specification that meets a specification screening condition of the to-be-determined specification as a screening specification, and generating a to-be-selected profile according to the screening specification and sending it to the user terminal includes: Determine the specification difference between each of the preset specifications and the to-be-determined specification, obtain the preset specifications corresponding to the specification difference less than the specification threshold that meet the specification screening condition, and determine the corresponding preset specifications as the screening specifications; Acquire a virtual conversion area corresponding to the screening specification, and copy the proportioning profile according to the screening quantity corresponding to the screening specification to obtain a copy profile; The area of ​​the copied contour is adjusted according to the virtual conversion area to obtain a contour to be selected, the center point of the contour to be selected is located based on the center point of the matching contour, and the contour to be selected is updated according to a preset pixel value and sent to the user end.

[0012] Optionally, in a possible implementation manner of the first aspect, obtaining the second type of allocation information configured by the user terminal based on the personalized setting interface, and generating the second type of customization data according to the second type of allocation information includes: Retrieving a capacity correspondence table according to a capacity configuration request of the user terminal and sending the capacity correspondence table to the user terminal, and obtaining a preset capacity selected by the user terminal based on the capacity correspondence table as a second target capacity; Retrieving a second graphical model corresponding to the second target capacity and displaying it on the personal setting interface, and obtaining a target component selected by the user terminal based on the component configuration table in the personal setting interface; Determine the component property of the target component, retrieve the corresponding ratio setting control according to the component property and send it to the user terminal, and receive the target ratio amount of the target component input by the user terminal based on the ratio setting control; According to the target ingredients and the target proportions, second-category preparation information is obtained, and second-category preparation lists corresponding to the second-category preparation information are generated to obtain second-category customized data.

[0013] Optionally, in a possible implementation manner of the first aspect, determining a component attribute of the target component, retrieving a corresponding ratio setting control according to the component attribute and sending it to the user terminal, and receiving a target ratio amount of the target component input by the user terminal based on the ratio setting control, comprises: According to the countable attribute, a data input box is retrieved and sent to the user terminal, the target quantity and target specification input by the user terminal based on the data input box are obtained, and the target ratio is obtained according to the target quantity and the target specification; or Based on the weighing attribute, the metering axis is retrieved and sent to the user end to obtain the target ratio configured by the user end based on the metering axis. The ratio setting control includes a data input box and a metering axis, and the component attribute includes a countable attribute and a weighing attribute.

[0014] Optionally, in a possible implementation manner of the first aspect, retrieving a metering axis based on a weighing attribute and sending it to the user terminal, and obtaining a target proportion configured by the user terminal based on the metering axis, includes: Obtaining a metering node selected by the user terminal based on the metering axis, and determining a current ratio corresponding to the metering node; Determine a display scale corresponding to the current proportion in the second diagram model, and generate a proportion display line in the second diagram model according to the display scale; Acquire the liquid capacity input by the user terminal, determine the capacity display scale corresponding to the liquid capacity, and generate a liquid display line in the second graphical model according to the capacity display scale; Determine the occupied capacity corresponding to the current proportion, obtain the adjustment capacity according to the liquid capacity and the occupied capacity, determine the adjustment display scale corresponding to the adjustment capacity, and generate the adjustment display line in the second graphical model according to the adjustment display scale; The current proportioning amount is determined as a target proportioning amount according to the determination information of the metering node by the user terminal.

[0015] A second aspect of the present invention provides an intelligent manufacturing system, comprising: A determination module, used to determine a customized interface according to a component design request of a user terminal, wherein the customized interface includes an independent setting interface and a personalized setting interface, and retrieve the customized interface and send it to the user terminal; A receiving module, configured to receive a type of allocation information configured by the user terminal based on the autonomous setting interface, and generate a type of customized data according to the type of allocation information; An acquisition module, used for acquiring the second type of allocation information configured by the user terminal based on the personalized setting interface, and generating the second type of customized data according to the second type of allocation information; The sending module is used to send the first type of customized data or the second type of customized data to the manufacturing end according to the verification pass information of the verification end on the first type of customized data or the second type of customized data.

[0016] The third aspect of the present invention provides a method for producing a health wine for improving qi and blood, comprising: Obtain customized materials selected by the manufacturing end based on the first type of customized data or the second type of customized data, and send the customized materials to the processing end for processing to obtain customized products.

[0017] The beneficial effects of the present invention are as follows: 1. The present invention can customize the ingredients and corresponding proportions of health-preserving wine in combination with user needs and preferences. In the customized preparation process of health-preserving wine, two different methods can be used to obtain customized data of health-preserving wine according to different needs of users. One is to obtain customized data of health-preserving wine by manual drawing in an autonomous setting interface in combination with user needs. This method can provide users with higher freedom and flexibility and meet the personalized needs of users. The other is to obtain customized data of health-preserving wine by adjusting the existing proportion parameters of health-preserving wine in a personalized setting interface in combination with user preferences, which can also achieve the purpose of meeting the personalized needs of users.

[0018] 2. When the present invention combines the autonomous setting interface to obtain the customized data of the health wine, the user can first quickly draw the corresponding capacity in combination with his own needs, and can more intuitively and simply obtain the first target capacity of the health wine. After obtaining the first target capacity, the first graphic model corresponding to the first target capacity can be retrieved. The user can divide the first graphic model on the autonomous setting interface, and can obtain multiple ratio areas and configure the corresponding customized ingredients of the health wine for each ratio area. According to the ingredient attributes corresponding to the customized ingredients, the corresponding set ratio can be determined. The user can obtain the customized data of the health wine by free drawing, which can provide the user with higher freedom and flexibility, and can improve the convenience and efficiency of the customization process. When the present invention combines the personalized setting interface to obtain the customized data of the health wine, the user can flexibly adjust the ratio parameters in combination with his own needs, and can obtain customized data that is more in line with the user's preferences and needs, so as to achieve the purpose of meeting the personalized needs of the user.

[0019] 3. After obtaining the customized ingredient data of the health-preserving wine, the present invention can verify the ratio information in the customized data. Only when the ratio information in the customized data is verified, a series of production and manufacturing processes will be carried out according to the corresponding customized data, which can ensure the safety and effectiveness of the health-preserving wine, and can effectively avoid problems such as improper dosage of medicinal materials, thereby reducing the health risks that may be caused by the interaction of medicinal materials and ensuring the safety of consumers. BRIEF DESCRIPTION OF THE DRAWINGS

[0020] Figure 1 It is a flow chart of an intelligent manufacturing method provided by an embodiment of the present invention; Figure 2 is a schematic diagram of a first graphical model provided by an embodiment of the present invention; Figure 3 is a schematic diagram of a profile to be selected provided by an embodiment of the present invention; Figure 4 is a schematic diagram of a second graphical model provided by an embodiment of the present invention; Figure 5 It is a structural schematic diagram of an intelligent manufacturing system provided by an embodiment of the present invention. DETAILED DESCRIPTION

[0021] In order to make the purpose, technical solution and advantages of the embodiments of the present invention clearer, the technical solution in the embodiments of the present invention will be clearly and completely described below in conjunction with the drawings in the embodiments of the present invention. Obviously, the described embodiments are only part of the embodiments of the present invention, not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of the present invention.

[0022] The technical solution provided by the present invention can perform data interaction, has the advantages of high intelligence, high standardization and high accuracy, and realizes the refined proportioning and multi-level control of health wine. The health wine produced by the present invention has excellent quality in sensory dimensions such as color, taste and fragrance, and a large number of animal experiments have shown that it has a high level of improvement in women's uterine cold abdominal pain and irregular menstruation, and has a significant effect in enhancing immunity. Long-term use can significantly improve physical fitness.

[0023] In one embodiment, the health-preserving wine provided by the present invention may include the following raw materials: 0.5-3 weight parts of angelica, 3-15 weight parts of wolfberry, 2-10 weight parts of mulberry, 0.5-3 weight parts of daidaihua, and 1-6 weight parts of jujube. The raw materials are sealed and soaked at room temperature for not less than 6 days using 65° pure grain brewed original liquor equivalent to 10-20 times the total weight of the raw materials, and the extract is diluted with purified water to adjust the alcohol content to 20° to obtain the low-alcohol health-preserving wine.

[0024] See also Figure 1 , is a schematic diagram of an intelligent manufacturing method provided by an embodiment of the present invention, Figure 1 The execution subject of the method shown may be a software and / or hardware device. The execution subject of the present application may include but is not limited to at least one of the following: user equipment, network equipment, etc. Among them, user equipment may include but is not limited to computers, smart phones, personal digital assistants (PDA) and the electronic devices mentioned above. Network equipment may include but is not limited to a single network server, a server group consisting of multiple network servers, or a cloud based on cloud computing consisting of a large number of computers or network servers, wherein cloud computing is a type of distributed computing, a super virtual computer composed of a group of loosely coupled computers. This embodiment does not limit this. It includes steps S1 to S4, as follows: S1, determining a customized interface according to a component design request of a user terminal, wherein the customized interface includes an autonomous setting interface and a personalized setting interface, and calling the customized interface to send to the user terminal.

[0025] Among them, the user end refers to the terminal held by the user who performs personalized customization of the health-preserving wine, for example, it can be a computer, the ingredient design request refers to the request for customized preparation of the ingredients and corresponding proportions in the health-preserving wine, the customization interface refers to the interface for customized preparation of the ingredients and corresponding proportions of the health-preserving wine, the autonomous setting interface refers to the interface for manually drawing the ingredient ratio of the health-preserving wine according to user needs, and the personalized setting interface refers to the interface for adjusting the ingredient ratio parameters of the health-preserving wine in accordance with the user's preferences.

[0026] Although there are many brands and types of health wine on the market, it is often difficult to meet consumers' personalized needs for specific ingredients and health benefits. This solution can customize the ingredients and corresponding ratios of health wine in combination with user needs. In the customized preparation of health wine, two different methods can be used to obtain the ratios between the ingredients of health wine according to different user needs. One is to obtain the ingredient ratio of health wine by manually drawing in the self-setting interface in combination with user needs. This method can provide users with higher freedom and flexibility and meet the personalized needs of users. The other is to obtain the ingredient ratio of health wine by adjusting the existing ratio parameters of health wine in the personalized setting interface in combination with user preferences. The purpose of meeting the personalized needs of users can also be achieved. Users can select the corresponding health wine preparation method in combination with their own needs. Different ingredients and their corresponding ratios can be determined in different ways later, so that the corresponding customized data of health wine can be generated, and this solution can verify the ratio information in the customized data. After the verification, the customized data can be produced by the manufacturing end.

[0027] Specifically, when a user has a customized demand for health-preserving wine, he can send an ingredient design request for customized preparation of the health-preserving wine. Since different customization interfaces correspond to different customization methods of ingredient ratios, it is possible to determine whether the customization interface required by the user is an independent setting interface or a personalized setting interface based on the user's ingredient design request. After determining the customization interface, the corresponding customization interface can be retrieved and sent to the user end. Subsequently, the user can customize the ingredient ratio in combination with the corresponding customization interface.

[0028] S2, receiving a type of allocation information configured by the user terminal based on the autonomous setting interface, and generating a type of customized data according to the type of allocation information.

[0029] It is understandable that when the user wants to manually draw the ingredient ratio of the health wine according to his or her own needs, the self-setting interface can be called out and sent to the user. In the self-setting interface, the user can independently draw the ingredient ratio of the health wine. The ratio of each ingredient in the health wine can be determined through the user's drawing information. According to the customized ingredients required for the health wine and the corresponding ingredient ratio, a corresponding type of blending information can be obtained, so that a corresponding list can be generated by combining multiple customized ingredients and their corresponding ratios. The corresponding data in the list is a type of customized data, and the corresponding health wine can be prepared subsequently in combination with the type of customized data.

[0030] Among them, one type of blending information refers to the ingredient ratio information determined according to the drawing information manually drawn by the user in the self-setting interface, including multiple ingredients prepared by the user and the corresponding ratios of each ingredient. One type of customized data refers to a list generated by combining multiple ingredients in a type of blending information and their corresponding ratios. Subsequently, the health wine can be customized according to the multiple ingredients in the list and their corresponding ratios.

[0031] Based on the above embodiment, the specific implementation of step S2 may be: S21, obtaining a capacity configuration request of the user terminal, retrieving a standard capacity reference map and displaying it in a reference area in the autonomous setting interface.

[0032] Among them, the capacity configuration request refers to a request for the user to configure the capacity of the health-care wine accordingly when preparing the health-care wine. The standard capacity reference diagram refers to a reference diagram that can help the user determine the specific capacity of the health-care wine he wants to configure. The standard capacity reference diagram can be a reference diagram for the volumetric bottle corresponding to the standard capacity. There are multiple scale lines in the reference diagram for displaying specific capacity values. According to the multiple scale lines, you can intuitively see the size of the liquid volume corresponding to different capacity values.

[0033] It is understandable that when preparing health-preserving wine, the user first needs to determine the specific capacity of the health-preserving wine he wants to prepare, and then can send a corresponding capacity configuration request. However, the user may not be clear about the size of the liquid volume corresponding to the specific capacity he wants to prepare. Therefore, after receiving the user's capacity configuration request, the standard capacity reference diagram can be retrieved according to the capacity configuration request and displayed in the reference area of ​​the self-setting interface. The user can refer to the standard reference diagram and draw the capacity according to his own needs. By comparing the standard reference diagram with the user's drawing information, the capacity the user wants can be determined.

[0034] S22, receiving a capacity outline drawn by the user terminal in the customization area of ​​the autonomous setting interface, and determining a first target capacity corresponding to the user terminal according to the capacity outline.

[0035] In actual application, after displaying the standard capacity reference diagram in the reference area, the user can manually draw a rough outline corresponding to the required specific capacity in the customization area with reference to the standard capacity reference diagram, and when the present solution determines the corresponding capacity according to the outline drawn by the user, it is determined according to the span of the outline in a certain direction. Therefore, even if the outline drawn by the user is not the outline of the standard capacity bottle, the corresponding specific capacity can be determined according to the span of the outline in a certain direction. For example, the capacity corresponding to the standard capacity reference diagram is 1000ml. When the span of the capacity outline drawn by the user in the customization area in a certain direction is half of that of the standard capacity reference diagram, it can be determined that the specific capacity of the health wine the user wants to prepare is 500ml.

[0036] Specifically, the user can refer to the standard capacity reference map and manually draw the outline corresponding to the specific capacity they want to configure in the customization area in the self-setting interface, that is, the capacity outline. By analyzing the information of the capacity outline drawn by the user, the specific capacity the user wants to configure, that is, the first target capacity, can be determined.

[0037] The capacity outline refers to an outline manually drawn by a user that can be used to determine a specific capacity, and the first target capacity refers to the specific capacity of the health wine that the user wants to prepare, determined in combination with the user's drawing information.

[0038] In some embodiments, step S22 includes S221 to S224, which are specifically as follows: S221, obtaining the outline span of the capacity outline in the capacity drawing direction, and determining a reference span corresponding to the standard capacity reference in the capacity drawing direction.

[0039] Among them, the outline span refers to the span of the capacity outline drawn by the user in the capacity drawing direction, the capacity drawing direction refers to the direction for identifying the outline span, and the capacity drawing direction can guide the user to draw the specific capacity he wants to configure in the corresponding direction, and this solution can generate a corresponding information prompt box above the customization area, and configure corresponding instruction information in the information prompt box to guide the user to draw the capacity in the capacity drawing direction. The reference span refers to the span of the standard capacity reference reference in the capacity drawing direction.

[0040] Specifically, the present solution may pre-configure a direction for identifying the outline span, that is, the capacity drawing direction. The user may draw arbitrarily in the customization area, but the outline span will only be identified in the capacity drawing direction. For example, the capacity drawing direction may be from bottom to top. When identifying the outline span, it may be identified from bottom to top. According to the capacity outline drawn by the user, the outline span of the capacity outline in the capacity drawing direction may be determined, and the standard capacity reference reference also has a corresponding reference span in the capacity drawing direction. Subsequently, the specific capacity corresponding to the outline span may be determined based on the reference span.

[0041] When obtaining the contour span, the capacity contour drawn by the user can be extracted, and the multiple contour points corresponding to the capacity contour can be coordinate-processed to obtain the corresponding coordinate values. According to the multiple coordinate values ​​corresponding to the contour points, the maximum coordinate value and the minimum coordinate value of the multiple contour points in the capacity drawing direction can be determined. For example, when the capacity drawing direction is consistent with the y-axis direction, the maximum coordinate value and the minimum coordinate value corresponding to the contour point in the capacity drawing direction can be the maximum y-axis coordinate value and the minimum y-axis coordinate value. By calculating the difference between the maximum y-axis coordinate value and the minimum y-axis coordinate value, the contour span of the capacity contour in the capacity drawing direction can be obtained.

[0042] S222: Obtain a relative ratio according to the ratio of the outline span to the reference span, obtain a reference capacity corresponding to the standard capacity reference, and obtain a drawing capacity according to the product of the relative ratio and the reference capacity.

[0043] Among them, the relative ratio can be used to indicate the relative size relationship between the outline drawn by the user and the standard reference reference, the reference capacity refers to the capacity corresponding to the standard capacity reference reference, and the drawn capacity refers to the actual capacity value corresponding to the outline drawn by the user.

[0044] Specifically, after obtaining the contour span and the reference span, the ratio of the contour span to the reference span can be calculated to obtain the corresponding relative ratio. Since the standard capacity reference reference has its corresponding reference capacity, for example, when the standard capacity reference represents a 1000ml volumetric bottle, the corresponding reference capacity is 1000ml. Therefore, by multiplying the relative ratio by the reference capacity, the drawn capacity corresponding to the capacity contour drawn by the user can be obtained.

[0045] S223: traverse a plurality of preset capacities based on the drawing capacity, and when there is a preset capacity corresponding to the drawing capacity, determine the drawing capacity as a first target capacity.

[0046] In actual applications, the common containers for brewing health wine are usually glass bottles. The production of glass bottles requires specific molds and processes, and these molds and processes are often designed according to market demand and common capacities. Therefore, the production specifications of glass bottles are relatively fixed and may not cover the capacity of health wine that all users want to prepare. When the capacity of the health wine that the user wants to prepare is not within these common specifications, it may be difficult to find a directly corresponding glass bottle. Therefore, this solution can pre-configure the capacity corresponding to multiple common glass bottle specifications, that is, the preset capacity. After obtaining the drawing capacity, multiple preset capacities can be traversed according to the drawing capacity. If there is a capacity equal to the drawing capacity among the multiple preset capacities, then the corresponding drawing capacity can be determined as the first target capacity. Among them, the preset capacity refers to the pre-configured capacity corresponding to the common glass bottle specifications.

[0047] S224: When there is no preset capacity corresponding to the drawing capacity, determine a preset capacity closest to the drawing capacity as a first target capacity.

[0048] When there is no capacity equal to the drawn capacity among multiple preset capacities, the preset capacity closest to the drawn capacity can be selected from the multiple preset capacities as the first target capacity. For example, there are multiple preset capacities of 600ml, 800ml, and 1000ml. When the drawn capacity is 797ml, since 800ml is the preset capacity closest to the drawn capacity, 800ml can be selected as the first target capacity.

[0049] Through the above implementation, the user can quickly draw the corresponding capacity according to his own needs, so that the customized capacity of the health wine can be obtained more intuitively and simply.

[0050] S23, calling a first graphic model corresponding to the first target capacity and displaying it on the autonomous setting interface, and obtaining a plurality of matching areas defined by the user terminal based on a customized direction corresponding to the first graphic model.

[0051] The first graphical model refers to a container model corresponding to the first target capacity, and the proportioning area refers to an area that can be used to indicate the proportions of different customized components.

[0052] It can be understood that the first target capacity is selected from multiple preset capacities, and each preset capacity has a corresponding display model in the database. Therefore, after obtaining the first target capacity, the display model corresponding to the first target capacity can be retrieved, that is, the first graphic model, and the first graphic model can be displayed on the autonomous setting interface. The user can divide the first graphic model on the autonomous setting interface to obtain multiple matching areas.

[0053] When dividing the first diagram model, a corresponding division direction, that is, a customized direction, can be preset. The user can divide the first diagram model into multiple sub-areas in the customized direction. Figure 2 , which is a schematic diagram of a first diagram model provided by an embodiment of the present invention, such as Figure 2 As shown in , the customization direction may be from bottom to top, and the user may divide the first diagram model into a plurality of proportioning areas from bottom to top, and each proportioning area may represent different components and their corresponding proportioning amounts.

[0054] S24, obtaining the customized components corresponding to each of the proportioning areas, and determining the set proportioning amount of each of the customized components according to the component attributes of the customized components.

[0055] Among them, ingredient attributes refer to the attributes corresponding to the measurement method of customized ingredients, including countable attributes corresponding to countable customized ingredients and weighing attributes corresponding to weighable customized ingredients. Setting the proportion refers to determining the specific amount of each customized ingredient added to the health-preserving wine based on the specific needs of the user and the ingredient attributes of the customized ingredients.

[0056] It is understandable that in the process of preparing health-preserving wine, a variety of precious customized ingredients rich in nutrition and health-preserving effects can be incorporated, such as wolfberry, ginseng, poria cocos, etc. Different customized ingredients have corresponding ingredient properties, and the ingredient properties are different, and the method of obtaining the set ratio is also different. After obtaining multiple ratio areas, the user can configure the corresponding customized ingredients of the health-preserving wine for each ratio area, and the corresponding set ratio can be determined according to the ingredient properties corresponding to the customized ingredients.

[0057] In some embodiments, the set ratio can be determined by: S241, receiving the customized components configured by the user terminal for each of the mixing areas, and determining component attributes of the customized components, wherein the component attributes include countable attributes and weighing attributes.

[0058] Among them, countable attributes refer to the attributes corresponding to the customized ingredients whose proportions can be obtained by counting, such as ginseng, red dates, etc., and weighing attributes refer to the attributes corresponding to the customized ingredients whose proportions can be obtained by weighing, such as wolfberry, poria, etc.

[0059] like Figure 2As shown in , when the multiple proportioning areas are respectively proportioning area 1, proportioning area 2, and proportioning area 3, the customized ingredient configured by the user for proportioning area 1 can be wolfberry, the customized ingredient configured for proportioning area 2 can be ginseng, and the customized ingredient configured for proportioning area 3 can be poria. Since the ingredient attributes corresponding to different customized ingredients are different, for example, wolfberry can be obtained by weighing, so the corresponding ingredient attribute is the weighing attribute, ginseng can be obtained by counting, so the corresponding ingredient attribute is a countable attribute, and poria can be obtained by weighing, so the corresponding ingredient attribute is a weighing attribute.

[0060] S242, counting the number of sub-pixels in the proportioning area of ​​the weighing attribute, and obtaining the configuration proportion of the corresponding customized component according to the ratio of the number of sub-pixels to the total number of pixels corresponding to the first graphical model.

[0061] For customized components with weighing attributes, the configuration ratio corresponding to the customized component can be determined based on the area of ​​the matching area corresponding to the customized component defined by the user. Since in image processing, the image is composed of discrete pixels, each pixel represents a minimum unit area in the image, so the area of ​​the matching area can be determined based on the number of sub-pixels in the matching area. The larger the number of sub-pixels, the larger the area of ​​the corresponding matching area.

[0062] Specifically, the number of sub-pixel points in the proportioning area corresponding to the customized component of the weighing attribute can be counted, and the proportion of the corresponding proportioning area in the first diagram model can be obtained by calculating the ratio of the number of sub-pixel points to the total number of pixel points corresponding to the first diagram model. Therefore, the configuration ratio of the customized component corresponding to the proportioning area can be obtained, and the set proportion of the customized component can be determined subsequently according to the configuration ratio.

[0063] Among them, the configuration ratio refers to the area ratio occupied by the matching area corresponding to the customized component of the weighing attribute, which can be used to indicate the ratio occupied by the corresponding customized component.

[0064] S243, retrieve the proportion correspondence table corresponding to the first graphical model, traverse the proportion correspondence table according to the configuration proportion, and determine that the preset proportion amount corresponding to the preset proportion interval where the configuration proportion is located is the set proportion amount.

[0065] Among them, the proportion correspondence table refers to a table composed of multiple pre-configured proportion intervals and corresponding preset proportion amounts, the preset proportion interval refers to a pre-configured interval containing multiple configured proportions, and the preset proportion amount refers to a pre-configured proportion amount relative to the preset proportion interval.

[0066] It can be understood that each display model of preset capacity has a corresponding proportion correspondence table, and the proportion correspondence tables corresponding to display models of different capacities are different. There are multiple pre-configured proportion intervals in the proportion correspondence table, namely, preset proportion intervals, and each preset proportion interval has a corresponding pre-configured weighing weight, namely, preset ratio. Therefore, after obtaining the configuration proportion corresponding to the customized component of the weighing attribute, the proportion correspondence table corresponding to the first graphical model can be retrieved, and the proportion correspondence table can be traversed according to the configuration proportion. The preset proportion interval corresponding to the configuration proportion can be determined, and then the preset ratio corresponding to the configuration proportion can be determined, and the corresponding preset ratio can be determined as the set ratio.

[0067] S244, obtaining the ratio quantity and ratio profile configured by the user end for the customized component of the countable attribute, and determining a set ratio amount corresponding to the customized component according to the ratio quantity and the ratio profile.

[0068] For customized ingredients with countable attributes, users can configure the corresponding quantity, that is, the ratio quantity, for the customized ingredients according to their own needs. Since the specifications of customized ingredients with countable attributes may be different, and the specifications desired by users may also be different, for example, for ginseng, some users may prefer all large-sized ginseng, while others hope to mix ginseng of different sizes to meet their own needs. Therefore, in order to determine the specifications corresponding to the customized ingredients with countable attributes, users can draw the ratio outline corresponding to the customized ingredients in the customization area. The specification size corresponding to the customized ingredients can be determined according to the area size of the ratio outline. The larger the area of ​​the ratio outline, the larger the specification of the corresponding customized outline. When the specifications of multiple customized ingredients desired by the user are inconsistent, the user can draw multiple ratio outlines in the customization area. The specifications of the corresponding multiple customized ingredients can be determined according to the multiple ratio outlines. The specification size of the customized ingredient desired by the user can be determined by the size of the ratio outline. Therefore, the set ratio amount corresponding to the customized ingredient can be determined according to the ratio quantity corresponding to the customized ingredient and the corresponding specification size.

[0069] The ratio quantity refers to the quantity configured by the user for the customized component, and the ratio outline refers to the outline drawn by the user in the customization area that corresponds to the specification size of the customized component.

[0070] In some embodiments, the specific implementation of step S244 may be: S2441, receiving a ratio quantity and a configuration type input by the user terminal, where the configuration type includes a uniform configuration type and a non-uniform configuration type.

[0071] Among them, the configuration type refers to the matching type between different specifications of the customized components desired by the user, including a uniform configuration type and a non-uniform configuration type. The uniform configuration type means that the specifications corresponding to the matching quantities of the customized components are the same. For example, when the user wants two customized components of large specifications or two customized components of small specifications, the corresponding configuration type is a uniform configuration type. The non-uniform configuration type means that the specifications corresponding to the matching quantities of the customized components are not exactly the same. For example, when the user wants a customized component of a large specification and a customized component of a small specification, the corresponding configuration type is a non-uniform configuration type.

[0072] S2442, retrieve the standard specification reference figure displayed in the reference area, obtain the matching outline drawn by the user terminal in the customization area according to the uniform configuration type, or obtain the matching outlines drawn by the user terminal in the customization area in a number equal to the matching number in sequence according to the non-uniform type.

[0073] Among them, the standard specification reference drawing refers to the image corresponding to the customized component of the standard specification, which can be used to help the user determine the actual size of the customized component corresponding to the desired specification. The standard specification reference drawings corresponding to different customized components are different.

[0074] Specifically, in order to determine the size corresponding to the specification of the customized component desired by the user, the standard specification reference map corresponding to the customized component required by the user can be retrieved and displayed in the reference area. The user can refer to the standard specification reference map to draw the corresponding ratio outline of the customized component in the customization area, and the area of ​​the drawn ratio outline corresponds to the actual specification size desired by the user. The larger the specification of the customized component desired by the user, the larger the area of ​​the drawn ratio outline can be. When the preparation type required by the user is a uniform configuration type, the user only needs to draw a ratio outline in the customization area, and the specification size of all customized components can be determined through one ratio outline. When the configuration type required by the user is a non-uniform configuration type, the user needs to draw a ratio outline corresponding to the ratio quantity in the customization area, and multiple ratio outlines drawn by the user in the customization area can be obtained in sequence.

[0075] S2443, obtaining the customized contour area corresponding to the matching contour, and obtaining the area ratio according to the ratio of the customized contour area to the standard contour area corresponding to the standard specification reference reference.

[0076] The custom contour area refers to the area corresponding to the proportion contour drawn by the user, and the standard contour area refers to the area corresponding to the contour in the standard specification reference figure.

[0077] Specifically, the corresponding contour area, that is, the customized contour area, can be obtained according to the ratio contour. Since the standard specification reference reference has its corresponding standard contour area, the area ratio corresponding to the customized component can be obtained by calculating the ratio of the customized contour area to the standard contour area. Subsequently, the specification size corresponding to the customized component can be further determined based on the area ratio.

[0078] S2444, obtaining a drawing specification according to the product of the area ratio and the standard specification corresponding to the reference reference of the standard specification, traversing multiple preset specifications based on the drawing specification, determining that a drawing specification corresponding to the preset specification is a customized specification, and determining that a drawing specification without a preset specification is a pending specification.

[0079] In actual applications, there are corresponding customized ingredients in the standard specification reference map, and the specifications of the customized ingredients in practice are standard specifications. After obtaining the corresponding area ratio, the specification of the ingredient customized by the user according to his own needs can be obtained by multiplying the area ratio with the standard specification corresponding to the customized ingredient in the standard specification reference map. In actual applications, the number of multiple specifications corresponding to the customized ingredients required for health wine may be certain, so it is difficult to ensure that each customized ingredient can fully meet the specifications and sizes desired by the user. This solution can pre-configure a series of specifications corresponding to existing customized ingredients, that is, preset specifications, and the customized ingredients corresponding to the preset specifications and sizes can be found in practice.

[0080] After obtaining the drawing specifications, multiple preset specifications can be traversed according to the drawing specifications. If there are specifications equal to the drawing specifications among the multiple preset specifications, it can be considered that the customized components corresponding to the specifications the user wants can be found in practice, and thus the drawing specifications can be determined as customized specifications. If there are no specifications equal to the drawing specifications among the multiple preset specifications, it can be considered that the customized components corresponding to the specifications the user wants may not be found in practice, and the corresponding drawing specifications can be determined as pending specifications. Subsequently, based on the user's selection, the specifications that are closer to the pending specifications can be determined as the final customized specifications.

[0081] Among them, standard specifications refer to the specifications corresponding to the customized components in the standard specification reference diagram in practice, and drawn specifications refer to the actual specifications corresponding to the proportion outline drawn by the user in the customization area.

[0082] S2445, obtaining a preset specification that meets the specification screening condition of the pending specification as a screening specification, generating a to-be-selected profile according to the screening specification, and sending the profile to the user terminal.

[0083] Among them, the specification screening condition refers to the specification with a very small gap to the pending specification, the screening specification refers to the preset specification that is very close to the pending specification, and the profile to be selected refers to the profile corresponding to the screening specification.

[0084] Specifically, if the preset specifications meet the specification filtering conditions, it can be considered that the difference between the preset specifications and the pending specifications is very small, which can indicate that the preset specifications are very close to the pending specifications. Therefore, the preset specifications can be determined as the filtering specifications. After obtaining the filtering specifications, multiple candidate contours can be generated according to the filtering specifications and sent to the user end. Subsequently, the user can select an acceptable contour from the multiple candidate contours.

[0085] Based on the above embodiment, the specific implementation of step S2445 may be: S24451, determine the specification difference between each of the preset specifications and the pending specification, obtain the preset specifications corresponding to the specification difference less than the specification threshold that meet the specification screening condition, and determine the corresponding preset specifications as the screening specifications.

[0086] Among them, the specification threshold refers to a threshold that can be used to determine whether the preset specification and the pending specification are relatively close. If the specification difference is less than the specification threshold, it can be considered that the preset specification and the pending specification are very close. If the specification difference is greater than the specification threshold, it can be considered that there is a certain gap between the preset specification and the pending specification.

[0087] It can be understood that the specification size corresponding to the preset specification is different from the specification size corresponding to the pending specification, and the specification difference between the two can be obtained. When the specification difference is less than the specification threshold, it can be said that the preset specification is very close to the pending specification. Therefore, it can be considered that the preset specification meets the specification screening condition, and the corresponding preset specification can be determined as the screening specification.

[0088] S24452, obtaining a virtual conversion area corresponding to the screening specification, and copying the proportioning profile according to the screening quantity corresponding to the screening specification to obtain a copy profile.

[0089] It can be understood that the screening specifications correspond to the actual specification size of the customized components. When the customized components corresponding to the screening specifications are displayed to the user in the form of images, the actual screening specifications need to be converted into virtual specifications in the image. Since each actual screening specification has a corresponding virtual conversion area in the image, the virtual conversion area corresponding to each screening specification can be obtained.

[0090] In order to enable users to more intuitively see the difference between the outline corresponding to each screening specification and the original proportion outline, the proportion outline can be copied to obtain a copied outline, which can then be adjusted accordingly in combination with the virtual conversion area so that it can be compared with the original proportion outline. Since there may be multiple preset specifications that meet the specification screening conditions, there may be multiple screening specifications. By counting the number of screening specifications, the corresponding screening quantity can be obtained. When copying the proportion outline, it is necessary to copy the proportion outline in combination with the screening quantity to obtain a copied outline of the screening quantity.

[0091] Among them, the virtual conversion area refers to the area corresponding to the specifications of the customized components in the actual image, the screening quantity refers to the number of screening specifications, and the copied contour refers to the contour obtained by proportionally copying the matching contour. The copied contour is exactly the same shape and size as the matching contour.

[0092] S24453, adjusting the area of ​​the copied contour according to the virtual conversion area to obtain a contour to be selected, locating the center point of the contour to be selected based on the center point of the matching contour, and updating the contour to be selected according to a preset pixel value and sending it to the user terminal.

[0093] Specifically, the area of ​​the copied contour is adjusted to be equal to the virtual conversion area, and the adjusted copied contour can be determined as the contour to be selected, see Figure 3 , is a schematic diagram of a profile to be selected provided by an embodiment of the present invention, such as Figure 3 As shown in , by adjusting the copy contour in combination with the virtual conversion area corresponding to the screening specification, the contour to be selected 1 and the contour to be selected 2 can be obtained, and the area corresponding to the contour to be selected 1 is larger than the area corresponding to the matching contour, and the area corresponding to the contour to be selected 2 is smaller than the area corresponding to the matching contour. In order for the user to see the difference between the contour to be selected and the matching contour more intuitively, the center point corresponding to the contour to be selected 1 and the center point corresponding to the contour to be selected 2 can be respectively positioned to the same position as the center point of the matching contour, as shown in Figure 3 As shown in , the selected contours can be updated respectively according to the pre-configured multiple pixel values, so that the selected contour 1, the selected contour 2 and the matching contour can be contrasted more clearly, so that the user can see the difference between the selected contour and the matching contour more intuitively.

[0094] S2446: Based on the information determined by the user terminal on the contour to be selected, determine that the preset specification corresponding to the contour to be selected is a customized specification, and obtain a set proportion of the customized component according to the customized specification and the proportion quantity.

[0095] Specifically, the user can select a candidate profile that is closest to his / her needs from multiple candidate profiles, and the preset specification corresponding to the candidate profile selected by the user can be used as the final customized specification, for example Figure 3 As shown in , if the user prefers a candidate contour whose area is larger than the matching contour, the user can select candidate contour 1 and determine the preset specification corresponding to candidate contour 1 as the final customized specification. After obtaining the customized specification, combined with the matching quantity of the customized component, the set matching quantity corresponding to the customized component can be obtained.

[0096] Through the above implementation, the user can more intuitively see the difference between the to-be-selected profile and the matching profile, and thus can select a customized specification that is closer to his or her own needs.

[0097] S25, obtaining a type of preparation information based on the customized ingredients and the set proportion, generating a type of preparation list corresponding to the type of preparation information to obtain a type of customized data.

[0098] After obtaining the customized ingredients required for the health-preserving wine and the corresponding set proportions, the corresponding type of blending information can be obtained, and a corresponding list can be generated by combining multiple customized ingredients and their corresponding set proportions, that is, a type of blending list. According to the type of blending list, the corresponding type of customized data can be obtained.

[0099] Through the above implementation, the user can obtain the customized data of the health wine by free drawing, which can provide the user with a higher degree of freedom and flexibility, and can improve the convenience and efficiency of the customization process.

[0100] S3, obtaining the second type of allocation information configured by the user terminal based on the personalized setting interface, and generating the second type of customized data according to the second type of allocation information.

[0101] In the personalized setting interface, users can adjust the existing ingredient ratio parameters, and obtain the ratio information after the user adjusts different ratio parameters, that is, the second-category blending information, so that the final ratio information can be more in line with the user's preferences. Combined with the second-category blending information, the corresponding second-category customized data can be obtained.

[0102] Among them, the second type of preparation information refers to the ratio parameter information obtained after the user adjusts the existing ingredient ratio parameters in the personal setting interface, including multiple ingredients prepared by the user and the corresponding ratio of each ingredient. The second type of customized data refers to the list generated by combining multiple ingredients and their corresponding ratios in the second type of preparation information.

[0103] Based on the above embodiment, the specific implementation of step S3 may be: S31, according to the capacity configuration request of the user terminal, retrieve a capacity correspondence table and send it to the user terminal, and obtain a preset capacity selected by the user terminal based on the capacity correspondence table as a second target capacity.

[0104] The capacity correspondence table refers to a table containing multiple preset capacities, and the second target capacity refers to the capacity of the health wine that the user wants to configure from the multiple preset capacities based on his or her own needs.

[0105] Specifically, when preparing health-preserving wine, the user can first determine the specific capacity of the health-preserving wine to be prepared, and then send a corresponding capacity configuration request. After receiving the user's capacity configuration request, a pre-configured capacity correspondence table can be retrieved and sent to the user. The capacity correspondence table contains multiple preset capacities, and the user can select a preset capacity from the capacity correspondence table as the second target capacity.

[0106] S32, calling a second graphical model corresponding to the second target capacity and displaying it on the personal setting interface, and obtaining a target component selected by the user terminal based on the component configuration table in the personal setting interface.

[0107] Among them, the second graphical model refers to the container model corresponding to the second target capacity, the ingredient configuration table refers to a table containing various raw materials for preparing health-preserving wine, and the target ingredient refers to the raw material for preparing health-preserving wine selected by the user in the ingredient configuration table.

[0108] Specifically, after obtaining the second target capacity, the display model corresponding to the second target capacity, i.e., the second graphic model, can be called up and the second graphic model can be displayed on the personal setting interface. In addition, the present solution can pre-configure the area corresponding to the ingredient configuration table on the personal setting interface, and the user can select the raw materials needed to prepare the health wine from the ingredient configuration table in the corresponding area as the target ingredients.

[0109] S33, determining the ingredient properties of the target ingredient, calling the corresponding ratio setting control according to the ingredient properties and sending it to the user terminal, and receiving the target ratio amount of the target ingredient input by the user terminal based on the ratio setting control.

[0110] It can be understood that each target component has its corresponding component attribute. Different target components have different corresponding component attributes. Different component attributes also lead to different controls for measuring the target components. Specifically, the corresponding component attribute can be determined according to the target component selected by the user, and the corresponding ratio setting control can be called out according to the component attribute corresponding to the target component. The ratio setting control refers to a control that can be used to measure the target component, and the ratio setting controls corresponding to the target components with different component properties may be different.

[0111] Based on the above embodiment, the specific implementation of step S33 may be: S331, calling a data input box according to countable attributes and sending it to the user terminal, obtaining the target quantity and target specification input by the user terminal based on the data input box, and obtaining the target ratio according to the target quantity and the target specification.

[0112] Among them, the data input box can be an information box that allows the user to input corresponding data. The target quantity refers to the specific quantity of the target ingredient that the user hopes to use in the process of preparing the health wine. For example, if the user wants to use 2 ginsengs in the process of preparing the health wine, then the target quantity is 2, and the target specification refers to the specification of the target ingredient selected by the user.

[0113] Specifically, when the ingredient attribute of the target component is a countable attribute, the corresponding data input box can be called up and sent to the user end. The user can enter the required quantity of the target ingredient and its corresponding specification in the data input box. For example, when the user needs a certain amount of ginseng when preparing health wine, the server can call up the corresponding data input box. There are two slots for information input in the data input box. One slot allows the user to enter the quantity of ginseng, and the other slot allows the user to enter the specification of ginseng. Therefore, the target quantity and target specification entered by the user can be obtained from the data input box. According to the target quantity corresponding to the target component and its corresponding target specification, the target ratio corresponding to the target component can be obtained.

[0114] S332, or, based on the weighing attribute, the metering axis is retrieved and sent to the user terminal to obtain the target ratio configured by the user terminal based on the metering axis, the ratio setting control includes a data input box and a metering axis, and the component attribute includes a countable attribute and a weighing attribute.

[0115] Specifically, when the ingredient attribute of the target component is a weighing attribute, the corresponding metering axis can be retrieved and sent to the user end, and the user can select the required ratio of the target component on the metering axis, that is, the target ratio. Among them, the metering axis refers to an axis that can be used to intuitively display the numerical values ​​related to the ratio of the target component, and the metering axis corresponds to the second diagram model, and different second diagram models correspond to different metering axes.

[0116] Through the above implementation, accurate measurement of the target component can be ensured, thereby improving the accuracy of customized dosage.

[0117] In some embodiments, the step S332 of “calling the metering axis based on the weighing attribute and sending it to the user terminal to obtain the target ratio configured by the user terminal based on the metering axis” includes the following steps: S3321, obtaining the metering node selected by the user terminal based on the metering axis, and determining the current ratio corresponding to the metering node.

[0118] Among them, the metering node refers to the point on the metering axis. Different metering nodes represent different ratios. The current ratio refers to the ratio corresponding to the metering node selected by the user.

[0119] It can be understood that on the metering axis, scale values ​​are usually marked, and these scale values ​​can represent different proportions, and a sliding slider is configured on the metering axis. Sliding the slider to different positions corresponds to different metering nodes, and the corresponding proportions are also different. The user can select the desired target proportion by dragging the slider. Specifically, there are multiple metering nodes on the metering axis, and each metering node has a corresponding proportion. The user can obtain the current proportion corresponding to the metering node by dragging the slider to the desired metering node.

[0120] S3322, determining a display scale corresponding to the current proportion amount in the second diagram model, and generating a proportion display line in the second diagram model according to the display scale.

[0121] See also Figure 4 , which is a schematic diagram of a second graphical model provided by an embodiment of the present invention, such as Figure 4 As shown in , there is a corresponding scale axis on the second diagram model, and there are multiple scale values ​​on the scale axis, and each scale value has a corresponding ratio. Therefore, after obtaining the current ratio, the scale value corresponding to the current ratio can be determined on the second diagram model, that is, the scale is displayed, such as Figure 4 As shown in , at the position corresponding to the display scale, a proportion display line corresponding to the current proportion amount and perpendicular to the scale axis can be generated.

[0122] The display scale refers to a scale value corresponding to the current proportion amount determined on the second diagram model, and the proportion display line refers to a line drawn in the second diagram model according to the display scale corresponding to the current proportion amount.

[0123] S3323, obtaining the liquid capacity input by the user terminal, determining a capacity display scale corresponding to the liquid capacity, and generating a liquid display line in the second graphical model according to the capacity display scale.

[0124] It is understandable that in order to allow the user to observe the changes in the liquid in the process of preparing the health wine in real time, the liquid capacity of the health wine that the user wants to prepare input through the personal setting interface can be obtained. In the second display model, the display scale corresponding to the liquid capacity, that is, the capacity display scale, can be determined, such as Figure 4 As shown in the figure, at the capacity display scale, a corresponding liquid display line can be generated. The liquid display line can be used to show the basic liquid capacity before any health wine ingredients are added, providing an intuitive reference for subsequent operations such as adding medicinal materials and adjusting proportions.

[0125] Among them, liquid capacity refers to the initial amount of liquid that the user expects to use when preparing the health-preserving wine, that is, the basic capacity of the health-preserving wine, the capacity display scale refers to the scale corresponding to the liquid capacity on the second diagram model, and the liquid display line refers to a line drawn in the second diagram model. The liquid display line can intuitively show the height that the liquid should reach before any health-preserving wine ingredients are added.

[0126] S3324, determine the occupied capacity corresponding to the current proportion, obtain the adjustment capacity according to the liquid capacity and the occupied capacity, determine the adjustment display scale corresponding to the adjustment capacity, and generate the adjustment display line in the second graphical model according to the adjustment display scale.

[0127] It can be understood that in the process of preparing health wine, each target ingredient will occupy the corresponding liquid space according to its corresponding current proportion, and the larger the current proportion, the larger the liquid space occupied by the target ingredient. Since the metering axis corresponds to the second diagram model, each proportion on the metering axis can find the corresponding occupied space in the second diagram model. Therefore, after determining the current proportion corresponding to the target ingredient, the size of the liquid space corresponding to the current proportion can be determined in the second diagram model, that is, the occupied capacity. By adding the occupied capacity to the liquid capacity, the overall liquid capacity after adding the target ingredient, that is, the adjusted capacity, can be obtained. Figure 4 As shown in , in the second graphical model, an adjustment display scale corresponding to the adjustment capacity can be determined, and a corresponding adjustment display line can be generated at the adjustment display scale.

[0128] Among them, occupied capacity refers to the size of the liquid space occupied by the target ingredient according to its current proportion when preparing health-preserving wine; adjusted capacity refers to the overall liquid capacity obtained after adding the target ingredient on the basis of the initial liquid capacity; the adjusted capacity can reflect the change in the total amount of liquid during the preparation process; the adjusted display scale refers to the scale value that can be used to intuitively display the total amount of liquid after adding the target ingredient in the second graphical model; the adjusted display line refers to a line drawn in the second graphical model, and the adjusted display line clearly marks the height reached by the liquid after adding the target ingredient.

[0129] S3325: Determine the current allocation amount as the target allocation amount according to the information determined by the user terminal on the metering node.

[0130] Specifically, since the user can observe the ingredient ratio of the health-preserving wine in real time through the second graphical model, and can observe the real-time changes of the liquid level with the ingredient ratio, when the user believes that the current ratio has reached the ideal state they expect, the user can determine the corresponding metering node, and can determine the current ratio corresponding to the metering node as the target ratio.

[0131] Through the above implementation, the user can intuitively observe the changes in the proportion of the ingredients of the health wine and the real-time changes in the liquid capacity, so that the proportion can be quickly and flexibly adjusted dynamically when the liquid is about to overflow.

[0132] S34, obtaining the second type of preparation information according to the target component and the target proportion, generating the second type of preparation list corresponding to the second type of preparation information to obtain the second type of customized data.

[0133] After obtaining the target ingredients and corresponding target proportions required for the health-preserving wine, the corresponding second-category blending information can be obtained, and a corresponding list, namely the second-category blending list, can be generated by combining multiple target ingredients and their corresponding target proportions. According to the second-category blending list, the corresponding second-category customized data can be obtained.

[0134] Through the above implementation, the user can flexibly adjust the ratio parameters according to his own needs, and can obtain the second type of mixing information that is more in line with the user's preferences and needs, thereby achieving the purpose of meeting the user's personalized needs.

[0135] S4, sending the first type of customized data or the second type of customized data to the manufacturing end according to the verification pass information of the verification end on the first type of customized data or the second type of customized data.

[0136] It is understandable that the effects of different medicinal materials in wine and their reactions are complex and varied, so the dosage of medicinal materials needs to be controlled within a safe range to ensure the safety of the wine. In order to ensure the safety and effectiveness of health wine, after obtaining the first or second type of customized data, this solution can verify the ratio information in the customized data. Only when the ratio information in the customized data is verified, a series of production processes will be carried out according to the corresponding customized data.

[0137] Specifically, if the ratio information in the customized data passes the review of the verification end, that is, it is confirmed that it meets the safety standards, the verification end will generate a verification pass information, and then the corresponding Class I or Class II customized data can be sent to the manufacturing end. After receiving the customized data that has passed the verification, the manufacturing end will start the production process of the health wine according to the types of medicinal materials and dosage ratios specified in these data.

[0138] Among them, the verification end refers to the terminal held by the verification personnel who conduct customized data review, such as a computer, etc. The verification passed information refers to the manufacturing end refers to the terminal held by the personnel who produce health wine.

[0139] Through the above implementation, problems such as improper dosage of medicinal materials can be effectively avoided, thereby reducing the health risks that may be caused by the interaction of medicinal materials and improving the safety of product manufacturing.

[0140] See also Figure 5 , is a schematic diagram of the structure of an intelligent manufacturing system provided by an embodiment of the present invention, and the data processing system based on the intelligent manufacturing system includes: A determination module, used to determine a customized interface according to a component design request of a user terminal, wherein the customized interface includes an independent setting interface and a personalized setting interface, and retrieve the customized interface and send it to the user terminal; A receiving module, configured to receive a type of allocation information configured by the user terminal based on the autonomous setting interface, and generate a type of customized data according to the type of allocation information; An acquisition module, used for acquiring the second type of allocation information configured by the user terminal based on the personalized setting interface, and generating the second type of customized data according to the second type of allocation information; The sending module is used to send the first type of customized data or the second type of customized data to the manufacturing end according to the verification pass information of the verification end on the first type of customized data or the second type of customized data.

[0141] Figure 5 The apparatus of the embodiment shown can be used to perform Figure 1 The implementation principles and technical effects of the steps in the method embodiment shown are similar and will not be repeated here.

[0142] In addition, based on the above embodiment, the present solution also includes the following embodiment, specifically including step SA1, which is as follows: SA1, obtain the customized materials selected by the manufacturing end based on the first type of customized data or the second type of customized data, and send the customized materials to the processing end for processing to obtain customized products.

[0143] Among them, customized materials refer to the raw materials used to manufacture health-preserving wine selected in combination with customized data; the processing end refers to the terminal held by the staff who produce the health-preserving wine, such as a computer; and customized products refer to the finished health-preserving wine processed in combination with customized data.

[0144] Specifically, after receiving the corresponding Class I customized data or Class II customized data, the manufacturing end can select the raw materials with the corresponding proportion according to the components in the customized data, that is, customized materials, and send the customized materials to the processing end for production and processing, so as to obtain customized products that meet user needs.

[0145] Finally, it should be noted that the above embodiments are only used to illustrate the technical solutions of the present invention, rather than to limit it. Although the present invention has been described in detail with reference to the aforementioned embodiments, those skilled in the art should understand that they can still modify the technical solutions described in the aforementioned embodiments, or replace some or all of the technical features therein with equivalents. However, these modifications or replacements do not cause the essence of the corresponding technical solutions to deviate from the scope of the technical solutions of the embodiments of the present invention.

Claims

1. An intelligent manufacturing method, characterized in that: A control system is included, the control system being used to: Determine a control interface according to a component design request of a user terminal, the control interface including an autonomous setting interface and a personalized setting interface, retrieve the control interface and send it to the user terminal; Receiving a type of allocation information configured by the user terminal based on the autonomous setting interface, and generating a type of control data according to the type of allocation information; Acquire the second type of allocation information configured by the user terminal based on the personalized setting interface, and generate the second type of control data according to the second type of allocation information; According to the verification pass information of the verification end on the first type of control data or the second type of control data, the first type of control data or the second type of control data is sent to the manufacturing end.

2. The method according to claim 1, characterized in that Receiving a type of allocation information configured by the user terminal based on the autonomous setting interface, and generating a type of customized data according to the type of allocation information, including: Obtaining a capacity configuration request from the user terminal, retrieving a standard capacity reference and displaying it in a reference area in the autonomous setting interface; receiving a capacity profile drawn by the user terminal in a customization area in the autonomous setting interface, and determining a first target capacity corresponding to the user terminal according to the capacity profile; Retrieving a first graphic model corresponding to the first target capacity and displaying it on the autonomous setting interface, and obtaining a plurality of matching areas defined by the user terminal based on a customized direction corresponding to the first graphic model; Obtaining the customized components corresponding to each of the proportioning areas, and determining the set proportioning amount of each of the customized components according to the component attributes of the customized components; A type of preparation information is obtained based on the customized ingredients and the set proportions, and a type of preparation list corresponding to the type of preparation information is generated to obtain a type of customized data.

3. The method according to claim 2, characterized in that Receiving a capacity profile drawn by the user terminal in a customization area in the autonomous setting interface, and determining a first target capacity corresponding to the user terminal according to the capacity profile, including: Acquire the outline span of the capacity outline in the capacity drawing direction, and determine the reference span corresponding to the standard capacity reference in the capacity drawing direction; Obtaining a relative ratio according to the ratio of the outline span to the reference span, obtaining a reference capacity corresponding to the standard capacity reference reference, and obtaining a drawing capacity according to the product of the relative ratio and the reference capacity; Traversing a plurality of preset capacities based on the drawing capacity, and when there is a preset capacity corresponding to the drawing capacity, determining the drawing capacity as a first target capacity; When there is no preset capacity corresponding to the drawing capacity, a preset capacity closest to the drawing capacity is determined as the first target capacity.

4. The method according to claim 2, characterized in that: Obtaining the customized components corresponding to each of the ratio zones, and determining the set ratio of each of the customized components according to the component attributes of the customized components, including: Receiving the customized components configured by the user terminal for each of the proportioning areas, and determining the component attributes of the customized components, wherein the component attributes include countable attributes and weighing attributes; Counting the number of sub-pixels in the proportioning area of ​​the weighing attribute, and obtaining the configuration ratio of the corresponding customized component according to the ratio of the number of sub-pixels to the total number of pixels corresponding to the first graphical model; Retrieving a proportion correspondence table corresponding to the first graphical model, traversing the proportion correspondence table according to the configuration proportion, and determining that a preset proportion amount corresponding to a preset proportion interval where the configuration proportion is located is the set proportion amount; The ratio quantity and ratio profile of the customized component configured by the user end for the countable attribute are obtained, and a set ratio amount corresponding to the customized component is determined according to the ratio quantity and the ratio profile.

5. The method according to claim 4, characterized in that Acquiring the ratio quantity and ratio profile configured by the user end for the customized component of the countable attribute, and determining the set ratio amount corresponding to the customized component according to the ratio quantity and the ratio profile, including: Receiving a ratio quantity and a configuration type input by the user terminal, wherein the configuration type includes a uniform configuration type and a non-uniform configuration type; Retrieving a standard specification reference figure displayed in the reference area, obtaining the matching profile drawn by the user terminal in the customization area according to the uniform configuration type, or sequentially obtaining the matching profiles drawn by the user terminal in the customization area in a quantity equal to the matching quantity according to the non-uniform type; Obtaining a customized contour area corresponding to the matching contour, and obtaining an area ratio according to a ratio of the customized contour area to a standard contour area corresponding to the standard specification reference reference; Obtaining a drawing specification according to the product of the area ratio and the standard specification corresponding to the reference reference of the standard specification, traversing multiple preset specifications based on the drawing specification, determining that a drawing specification corresponding to the preset specification is a customized specification, and determining that a drawing specification not corresponding to the preset specification is a pending specification; Acquire a preset specification that meets the specification screening condition of the pending specification as the screening specification, generate a to-be-selected profile according to the screening specification and send it to the user terminal; Based on the information determined by the user terminal on the contour to be selected, the preset specification corresponding to the contour to be selected is determined to be a customized specification, and the set proportion of the customized component is obtained according to the customized specification and the proportion quantity.

6. The method according to claim 5, characterized in that Acquiring a preset specification that satisfies the specification screening condition of the pending specification as a screening specification, and generating a to-be-selected profile according to the screening specification and sending it to the user end, including: Determine the specification difference between each of the preset specifications and the to-be-determined specification, obtain the preset specifications corresponding to the specification difference less than the specification threshold that meet the specification screening condition, and determine the corresponding preset specifications as the screening specifications; Acquire a virtual conversion area corresponding to the screening specification, and copy the proportioning profile according to the screening quantity corresponding to the screening specification to obtain a copy profile; The area of ​​the copied contour is adjusted according to the virtual conversion area to obtain a contour to be selected, the center point of the contour to be selected is located based on the center point of the matching contour, and the contour to be selected is updated according to a preset pixel value and sent to the user end.

7. The method according to claim 1, characterized in that Acquiring the second type of allocation information configured by the user terminal based on the personalized setting interface, and generating the second type of customized data according to the second type of allocation information, including: Retrieving a capacity correspondence table according to a capacity configuration request of the user terminal and sending the capacity correspondence table to the user terminal, and obtaining a preset capacity selected by the user terminal based on the capacity correspondence table as a second target capacity; Retrieving a second graphical model corresponding to the second target capacity and displaying it on the personal setting interface, and obtaining a target component selected by the user terminal based on the component configuration table in the personal setting interface; Determine the component property of the target component, retrieve the corresponding ratio setting control according to the component property and send it to the user terminal, and receive the target ratio amount of the target component input by the user terminal based on the ratio setting control; According to the target ingredients and the target proportions, second-category preparation information is obtained, and second-category preparation lists corresponding to the second-category preparation information are generated to obtain second-category customized data.

8. The method according to claim 7, characterized in that Determining the component properties of the target component, calling the corresponding ratio setting control according to the component properties and sending it to the user terminal, and receiving the target ratio amount of the target component input by the user terminal based on the ratio setting control, including: According to the countable attribute, a data input box is retrieved and sent to the user terminal, the target quantity and target specification input by the user terminal based on the data input box are obtained, and the target ratio is obtained according to the target quantity and the target specification; or Based on the weighing attribute, the metering axis is retrieved and sent to the user end to obtain the target ratio configured by the user end based on the metering axis. The ratio setting control includes a data input box and a metering axis, and the component attribute includes a countable attribute and a weighing attribute.

9. The method according to claim 8, characterized in that Retrieving the metering axis based on the weighing attribute and sending it to the user end, and obtaining the target ratio configured by the user end based on the metering axis, including: Obtaining a metering node selected by the user terminal based on the metering axis, and determining a current ratio corresponding to the metering node; Determine a display scale corresponding to the current proportion in the second diagram model, and generate a proportion display line in the second diagram model according to the display scale; Acquire the liquid capacity input by the user terminal, determine the capacity display scale corresponding to the liquid capacity, and generate a liquid display line in the second graphical model according to the capacity display scale; Determine the occupied capacity corresponding to the current proportion, obtain the adjustment capacity according to the liquid capacity and the occupied capacity, determine the adjustment display scale corresponding to the adjustment capacity, and generate the adjustment display line in the second graphical model according to the adjustment display scale; The current proportioning amount is determined as a target proportioning amount according to the determination information of the metering node by the user terminal.

10. A method for producing health wine for improving qi and blood according to any of the intelligent production methods described in claims 1-9, characterized in that: include: Obtain customized materials selected by the manufacturing end based on the first type of customized data or the second type of customized data, and send the customized materials to the processing end for processing to obtain customized products.

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