TWM585968U - Lunch box control system - Google Patents

Abstract

This creation reveals a meal box management and control system including a box body, a cover body and a control module. The recess in the box body forms a receiving groove, and the bottom areas of the receiving grooves have different areas for installing different kinds of food, and the cover system is provided for covering the box body. The control module includes an electronic device and an application program to receive a bird's-eye photo, and the application program is used to calculate image information of the bird's-eye photo to generate nutritional result information. The top photo is a top view of the box body to show the bottom area of the containing tank, and the nutritional results information includes the type of food in the containing tank and its nutritional content. This can be used to calculate and analyze the top-view photos through the application to obtain the types of food and their corresponding nutritional components. In this way, users can better control the calories and nutritional intake of food, and promote physical health.

Description

Meal Box Management System

This creation is about a lunch box and its corresponding application, especially a top view that can capture the structure of the lunch box to calculate the nutrition of the food, and a lunch box management system that combines intelligent computing functions.

In today's society, the proportion of people suffering from diseases such as high blood pressure, diabetes or obesity is rising, so that people have begun to pay attention to physical functions, supplemented by dietary control. In response to the aforementioned needs, some people will cook by themselves, and they will put specific foods in lunch boxes for eating out.

However, the current lunch box only has a partition structure, or multiple inner boxes are stacked or arranged side by side to accommodate different dishes. Therefore, even if the user can avoid high-oil and high-salt foods, the user still cannot know the calories or nutritional status of the food cooked by himself, thereby reducing the function of diet control. On the other hand, children's lunch box structures, in particular, cannot effectively encourage children to finish their meals. Moreover, when the child has not completely eaten the meal box, the parent cannot grasp the nutrition that the child actually eats, and the nutrition that the child lacks.

In view of this, the author feels that he is not perfect and has exhausted his mental and painstaking research, and based on his accumulated experience in the industry for many years, he provides a lunch box structure that combines intelligent computing in order to improve the above-mentioned conventional technologies Is missing.

One of the objectives of this creation is to provide a meal box control system for separating and installing food, and combining intelligent computing applications to learn the types of food and its nutritional content.

In order to achieve the above purpose, the creative meal box management system of the present invention includes a box body, a cover body and a control module. A plurality of accommodating grooves are recessed in the box body, and the bottom areas of the accommodating grooves are different for installing different kinds of food, and the cover system is provided for covering the box body. The control module includes an electronic device and an application program running on the electronic device. The control module is configured to receive at least one overhead photo, and the application is used to calculate an image information of the overhead photo to generate a nutrition. The result information is displayed on the electronic device. The top photo is a top view of the box to show the bottom area of the receptacles, and the nutrition result information includes the types of food in the receptacles and their nutritional content. With this, after the food is installed in the box, the user can use the electronic device to take a top view picture of the box, that is, the top view photo, and then calculate and analyze the top view photo through the application program to obtain the type of food and its Corresponding nutritional ingredients. In this way, users can better control the calories and nutritional intake of food, and promote physical health.

Furthermore, the top-view photos are plural and are top views of the box body at different stages of consumption, such as the illustration of the state before consumption and after consumption. The application program is used to receive a body information and the top-view photos, and the application program calculates the body information and the top-view photos to generate a recommended ingestion information and the nutrition result information for display on the electronic device. Among them, the recommended intake information is related to the nutrition result information and the physical information, and in particular, the recommended intake information is calculated according to the physical information and corresponding to the top-down photos to present a personalized recommended intake of nutrition-related information. message. In this way, users can know more about the nutritional content they are ingesting, and the application can be supplemented with additional suggestions for ingesting nutritional content.

Each of the image information further includes an area of the box body, an area of each of the receiving grooves, and an area of a bottom thereof. Therefore, the application program calculates the bottom area of each of the receptacles that is not covered by food, so as to know how much food the user has consumed under different eating conditions, and then calculates the nutrition result information in succession.

Preferably, a plurality of recessed holes are provided at the bottom of the receiving grooves. As a result, excess oil in the food can be drained and drained into the recesses to avoid ingesting excessive oil.

In this embodiment, the lunch box control system further includes at least one tableware, and the cover is more recessed to form at least one tableware receiving slot. The tableware is clamped in the tableware accommodating slot, thereby improving the convenience of using the lunch box control system.

In summary, the food box management system created by this creation can install food through these receptacles, and use the top view photos of the top view for the application to calculate the types and nutritional content of the food. In this way, the effect of controlling nutrition of the user can be further enhanced, thereby promoting physical health.

In order for your reviewers to understand the content of this creation clearly, I would like to refer to the following descriptions and drawings.

Please refer to FIG. 1 and FIG. 2, which are a three-dimensional structure diagram and a top view of a box body according to a preferred embodiment of the present invention. As shown in the figure, the lunch box control system 1 includes a box body 10, a cover body 11 and an application program 12 built in the electronic device 2. The box body 10 has a plurality of first fasteners 102, which are respectively disposed at the upper edges of two opposite sides of the box body 10. In addition, the box body 10 is recessed to form a plurality of receiving grooves 101, and the receiving grooves 101 are arranged adjacently. Preferably, the bottom areas of the accommodating tanks 101 have different areas, that is, different volumes, and are used for installing different kinds of food. In this embodiment, the number of the accommodating tanks 101 is three, and the proportion of the bottom area thereof is 3: 2: 1, so as to provide foods of grains, vegetables, and meat, respectively, to provide balanced food. Configuration. In addition, the cover 11 has a sheet-plate structure, and has a plurality of second fastening members 112, which are fastened to each other with respect to the first fastening members 102 and are fixed on the box body 10. Thereby, the box body 10 and the cover body 11 can close the accommodating grooves 101 and form a box-like structure, which is convenient for carrying out.

Continuing the above description, the control module includes an electronic device 2 and an application program 12 executed on the electronic device 2. The electronic device 2 is a smart phone or a computer. As an example. The application program 12 is used to receive at least one bird's eye view 121, and the application program 12 calculates image information of the bird's eye view 121 to generate a nutrition result information for display on the screen of a smart phone. The top view 121 is a top view of the box body 10, as shown in FIG. 2, to show the bottom area of the receiving grooves 101. The nutrition result information includes the types of foods and their nutritional components in the accommodating tanks 101, including the intakes (g) of grains, vegetables, and meat and their converted calories (kcal). As a result, after the user installs various types of food in the accommodation tanks 101, the electronic device 2 is used to take a top view picture of the box 10, that is, the top view picture 121, and then calculate and analyze the result through the application program 12. Look down at the photo 121 to obtain the corresponding nutritional component, that is, the nutritional result information.

Furthermore, the top view photos 121 are plural, and are top views of the box body 10 at different stages of consumption, including illustrations of states before consumption and after consumption. Therefore, the application program 12 can calculate the nutritional composition of the top-view photos 121, and the application program 12 can calculate and compare the nutritional results information before and after the consumption, and further know whether there is before or after the meal. Eat all the food. Better yet, for children ’s users, when there is no food left over from the meal, the app 12 will appear with mini-games or virtual rewards to interact with the children, thereby encouraging children to avoid picky eaters and treat each meal Finished food.

The application program 12 is further configured to receive a body information and the overhead photos 121 for the application program 12 to calculate the body information and the overhead photos 121 to generate a recommended intake information and the nutrition result information. To display on the electronic device 2. In addition, the recommended intake information is related to the nutritional outcome information and the physical information. The physical information includes information such as the user's age, height, and weight. Therefore, parameters such as the user's BMI value or basal metabolism value can be calculated, and the recommended intake information can be generated based on the physical information calculation. In this way, the application 12 can present personalized nutrition-recommended messages to encourage users to control their own nutrition.

In addition, each of the image information further includes an area of the box body 10, an area of each of the accommodation grooves 101, and an area of a bottom thereof. Therefore, the application program 12 calculates the bottom area of each of the accommodating tanks 101 that is not covered by food, so as to know how much food the user has consumed under different eating states. In addition, since the application program 12 knows the food in each of the accommodating tanks 101, it can continue to calculate and generate its corresponding nutritional component, that is, the nutritional result information.

As shown in FIG. 1 and FIG. 2, the bottoms of the accommodating grooves 101 further include a plurality of concave holes 1011, and each of the accommodating grooves 101 has a different arrangement manner to know the concave holes 1011. As a result, excess oil in the food can be drained and drained into the recesses 1011 to avoid ingesting excessive oil. On the other hand, the totems arranged by the recessed holes 1011 can induce children to eat all the food.

Preferably, the lunch box control system 1 further includes at least one tableware 13, and the cover 11 is recessed to form at least one tableware receiving groove 111. In this embodiment, the tableware 13 is provided in plural, including chopsticks and spoons. The cutlery 13 is fixed in the cutlery receiving groove 111, thereby providing users with use when going out, thereby improving the convenience of using the lunch box control system 1.

To sum up, the created food box management system 1 can install food through the accommodation slots 101, and use the top view 121 of the top view for calculation by the application program 12 to know the type of food therein. And nutritional ingredients. In this way, the effect of controlling nutrition of the user can be further enhanced, thereby promoting physical health.

However, the above are only the preferred embodiments of this creation, and are not intended to limit the scope of implementation of this creation; therefore, all equal changes and modifications made without departing from the spirit and scope of this creation should be covered in Within the scope of the patent of this creation.

1‧‧‧Lunch Box Control System
10‧‧‧Box
101‧‧‧Receiving slot
1011‧‧‧concave
102‧‧‧The first clip
11‧‧‧ cover
111‧‧‧ tableware storage tank
112‧‧‧Second Clip
12‧‧‧ Apps
121‧‧‧ Overlooking photos
13‧‧‧Tableware
2‧‧‧ electronic device

FIG. 1 is a three-dimensional structure diagram of a preferred embodiment of this creation.
FIG. 2 is a schematic top view photo of a preferred embodiment of the present invention.

Claims (5)

A lunch box management system includes:
A box body having a plurality of recesses formed in the inner recesses, and the bottom areas of the recesses are different, for installing different kinds of food;
A cover body is provided for covering the box body; and a control module, the control module includes an electronic device and an application program running on the electronic device, the control module is for receiving at least one A top view photo, and the application program is used to calculate an image information of the top view photo to generate a nutrition result information for display on the electronic device; wherein the top view photo is a top view of the box body to present the receiving slots The bottom area, and the nutrition result information includes the types of food in the receptacles and their nutritional content. According to the meal box management and control system described in item 1 of the scope of patent application, wherein the top view photo is plural, and the application program is used to receive a body information and the top view photos for the application program to calculate the body information and The bird's-eye view photos generate a recommended intake information and the nutrition result information for display on the electronic device; wherein the recommended intake information is related to the nutrition result information and the physical information. According to the meal box management and control system described in item 2 of the patent application scope, each of the image information further includes an area of the box body, an area of each of the accommodation grooves, and an area of a bottom thereof. According to the meal box management and control system described in any one of claims 1 to 3 of the scope of patent application, the bottoms of the accommodating grooves further include a plurality of recessed holes. According to the meal box management and control system described in item 4 of the scope of patent application, it further includes at least one tableware, and the cover is more concavely formed to form at least one tableware receiving slot; the tableware is used to be fixed in the tableware receiving slot. .