KR101049336B1 - Health monitoring method - Google Patents

Abstract

PURPOSE: A health monitoring method is provided to supply optimized nutrient component or a calorie according to the health state of a user by managing mixed nutrient component or a calorie by combining of capsules after making the capsules according to the kind of food. CONSTITUTION: Each sample is classified according to the weight. Information about the sample is displayed on an information module of the individual capsules(S310). At least one capsule is selected among the individual capsules is accepted(S311~S315). Information of the individual capsules is accepted to the loading module is read form the information module(S316). Information of mixed sample which mixed each samples of the individual capsules from information of the read individual capsule is read. The nutrient component and calorie information of the mixing sample is classified and displayed.

Description

Health monitoring method {HEALTH MONITORING METHOD}

The present invention relates to a health monitoring method, and specifically, categorizes foods by type or weight and displays each nutritional component, and then mixes nutrition by uniformly managing nutritional ingredients of mixed foods when the preferred foods are mixed. It relates to a health monitoring method that can be consumed.

Recently, with the improvement of quality of life and increasing interest in health, systems that can check and manage the devices, body fat, blood sugar, blood pressure and various health levels related to diet, eating habits and exercise are being used.

These systems receive the amount of exercise, food intake and health value directly checked by the user, and transmit the input information to a server through a communication network to manage the data in the form of a database. , To inform the user in the form of graphics and voice.

Therefore, in order for a user to directly input information such as exercise amount and food intake into the system, it is inconvenient to know the expertise related to the information.

In addition, since only a simple intake of food is input, specific information on nutritional components is insufficient, and operation is difficult, and information such as food intake cannot be input in real time, so that information is missing.

And for patients who need to adjust their diet, they need to have someone besides them to check the food they eat as needed, or use a device to enter information about the food they eat. There is an uncomfortable problem.

In addition, at the fast food or bakery, the consumer can select the desired sample according to their preference. In this case, the waiting time is long because the individual sample selected by the consumer must be calculated at the counter.

Although there is a bar code, this is inconvenient because data must be entered and scanned for each individual sample.

An object of the present invention is to provide a health monitoring method for making capsules by weight of each type of food and managing mixed nutritional ingredients or calories by the combination of these capsules.

It is another object of the present invention to provide a health monitoring method that allows the type or weight of mixed foods to be changed to manage optimal nutritional ingredients or calories (calories).

In another aspect, the present invention is to provide a health monitoring method that can not only manage a constant nutritional state by managing the result report paper that the nutritional component or calories of the optimally mixed food is recorded, but also easily provide the mixed food again. Another purpose.

For each sample of the present invention for achieving the above object, one or more individual capsules and the individual capsules of any one or more information of the type, origin, date of shipment, weight, nutritional ingredients or calories according to the weight of each sample The memory of the controller includes nutritional information or calorie information that can be collected from a mixed sample in which each of the individual capsules is mixed for each number of cases in which the loading module is configured to be loaded in plural and can be loaded in the loading module. A health monitoring method for maintaining health by storing data in the memory and managing data in the memory, the method comprising: (a) classifying each sample by weight and displaying one or more information about the sample in the individual capsule; and (b) Loading at least one selected capsule of the individual capsules into the loading module, (c) Reading the information of the individual capsules loaded and (d) the control unit information of the mixed sample in which each sample of the individual capsules loaded in the loading module is mixed from the information of the individual capsules read in the step (c) Reading from the memory and analyzing and displaying the nutritional component or calorie information of the mixed sample.

In addition, the control unit generates the result report using the individual capsule information loaded in the loading module in step (b) as input sample information and the analysis information of the mixed sample in step (d) as mixed sample information. Storing a report for each ID in the memory and outputting the result report together with the ID; and (f) the controller reads the ID when the output result report is input and corresponds to the read ID. And extracting information of the mixed sample from the memory to prepare a mixed sample that is identical to the nutritional component or calorie of the mixed sample.

In addition, the step (f) is (f-1) the control unit reads the ID of the result report and displays the information of the mixed sample corresponding to the read ID and (f-2) the information of the displayed mixed sample (F-3) extracting information of the modified mixed sample from the memory to prepare a mixed sample having the same nutritional component or calorie value as the modified mixed sample. Nutrition can be modified.

The input module is a capsule having a plurality of capsules and an information module for storing the sample information of any one or more of the type, origin, date of shipment, weight of each sample, nutritional component or calories according to the weight of each sample for each sample It can be configured to include a loading module having a hollow receiving port of the upper end is open so that the dog can be accommodated and configured to receive the information module of the capsule in one direction when the capsule is accommodated in the loading module.

Therefore, according to the health monitoring method of the present invention, it is easy to know the nutritional ingredients and calories of the mixed food by simply combining the capsules has the effect of being able to receive the optimal nutritional ingredients or calories according to the user's health. .

In addition, according to the health monitoring method of the present invention, since the nutrition or calories of the mixed food can be changed by changing the capsule if necessary, it provides a method for easily monitoring the health for users who need to continuously manage nutrition or calories. can do.

And according to the present invention can not only manage a constant nutritional state by managing the result report papers recorded nutritional ingredients or calories of the optimally mixed food, but also the effect of providing the mixed food easily by using the result report paper There is.

1 is a flow chart for explaining the health monitoring method of the present invention;
2 is a main configuration of the present invention health monitoring system,
Figure 3 schematically shows a capsule and a loading module that can be used in the present invention,
4 is a view schematically showing the appearance through a viewing window in a state in which the capsule is loaded on the loading module,
5 is a diagram illustrating a result report as an example;
6A and 6B are reference charts illustrating the nutritional components of the nutritional and mixed components of individual samples;
7 to 10 are the results of the investigation of the nutritional component of each individual sample,
11 to 15 are the results of the investigation of the nutritional components in the case of mixing each individual sample by weight,
And,
16 to 20 schematically show another embodiment of a capsule and a loading module that can be used in the present invention.

The terms or words used in this specification and claims are not to be construed as limiting in their usual or dictionary meanings, and the inventors may properly define the concept of terms in order to best explain their invention in the best way possible. It should be interpreted as meaning and concept corresponding to the technical idea of the present invention.

Throughout the specification, when a part is said to "include" a certain component, it means that it can further include other components, without excluding other components unless specifically stated otherwise. In addition, the terms “… unit”, “… unit”, “module”, etc. described in the specification mean a unit that processes at least one function or operation, which may be implemented by hardware or software or a combination of hardware and software. have.

Hereinafter, an embodiment of the present invention will be described with reference to the drawings.

1 is a flowchart illustrating a health monitoring method of the present invention, Figure 2 is a main configuration of the health monitoring system of the present invention.

The system for implementing the health monitoring method of the present invention is a capsule 120 for displaying or storing information of an individual sample, a stacking module 130, capsule 120 or loading configured to be a plurality of capsules 120 are loaded Reader 112 for reading the information of the module 130, the output unit 114 for outputting the nutritional component or calories of the mixed food consisting of individual foods and their mixtures, nutritional component or calories according to the weight of each individual sample And the memory 116 storing calories or calories (calories) according to the mixed sample that can be mixed therefrom, and loaded into the loading module 130 from the information of the individual capsules 120 read by the reader 112. It can be configured to include a control unit 110 that reads the information of each sample of the individual capsules 120 and the mixed sample mixed with the same in the memory 116 to analyze and display the nutritional component or calorie information of the mixed sample. .

The capsule 120 displays information on one or more of the type, origin, shipping date, weight of each sample, nutritional component or calories according to the weight of each sample, or stores such information on one side thereof. Modules 121 to 121n may be provided on one side.

Specifically, referring to the drawings schematically showing the capsule and the loading module that can be used in the present invention of Figure 3, the capsule 120 is a rectangular hexagonal shape and the type and weight of the sample on the side wall To be displayed respectively.

Therefore, the type and weight of each sample should be displayed on each side, and the height of the capsule can be easily identified by varying the height of the capsule according to the weight. Type and weight can be distinguished.

This allows the user to view the type and weight of the capsule and select the nutritional content or calories of the sample.

In addition, the capsule 120 should be configured so that the indication of the type and weight of each sample when loaded in the loading module 130 in one direction so that it is easy to grasp the information of the capsule 120 or loading module 130, the capsule 120 may be provided with grooves 121a and 121b on one side or both sides of the sidewall, and the information module 121 at the other end.

These grooves 121a and 121b are formed in the side wall of the loading module 130 so that the grooves 121a and 121b of the capsule 120 slide up and down to be loaded only in a predetermined direction so that each of the loading modules 130 can be stacked. The same information is displayed in different directions.

In the embodiment of the present invention, the information module 121 and the type or weight of the sample are marked on different sides of the capsule 120, but this may be displayed on one side.

Eventually, the type or weight indicated on the capsule 120 or the information module 121 is loaded on the loading module 130 in different directions, respectively, so that the reading is convenient, so that the cross section is asymmetrical in shape of dumbbell, trapezoid, square, oval or It can be configured in any one of the triangle shape.

Loading module 130 is configured in a hollow shape with the upper end open so that a plurality of capsules 120 can be loaded.

In addition, when the plurality of capsules 120 are loaded, the loading module 130 allows the types of samples shown in the capsule 120 to be loaded in order on one side of the left and right walls, and the marked weight of each sample in the other side to be loaded in order. The other side wall is configured such that the information module 121 can be loaded in order.

To this end, protrusions 134a and 134b are formed at corresponding positions of the grooves 121a and 121b formed at one side of the capsule 120 to form the grooves 121a and 121b when the capsule 120 is loaded on the loading module 130. The protrusions 134a and 134b are inserted and slid up and down to be loaded only in a predetermined direction.

In addition, one or more viewing windows 132a, 132b, and 133 are provided on the side wall of the loading module 130, and one side of the information module 121 or the left and right walls of the capsule 120 is viewed through the viewing windows 132a, 132b, and 133. Configure to

The loading module 130 further includes a reading device 131 that can read information of each sample from the information modules 121 to 121n of the individual capsules 120 to read the information of each individual capsule 120. May be transmitted to the controller 110.

Accordingly, the information module 121 to 121n or the reading device 131 may store or read information by using a device for short-range transmission / reception, such as a barcode or an RF ID module, but may read the information module 121 to 121n or read the information module 121 to 121n. Signal transmission and reception of the device 131 preferably uses an RF transceiver.

Referring to the diagram schematically showing the appearance through the see-through window in the state in which the capsule of Figure 4 is loaded on the loading module, through the see-through windows (132a, 132b, 133), the type, weight, information module of each capsule 120 It can be seen that it is illustrated to be transparent.

In addition, such a see-through window may be formed on one side of the loading module 130 only for convenience of production and to see all kinds, weights, information modules, etc. of the sample of the capsule 120.

The reader 112 is configured to receive information stored from the information modules 121 to 121n of each capsule 120 or the reading device 131 of the loading module 130.

Therefore, if the information module (121 ~ 121n) of the capsule 120 is in the form of a bar code, it is configured to operate as a bar code reader, if the RF transmitter is an RF receiver.

The output unit 114 receives the individual capsule 120 information loaded in the loading module 130 under the control of the control unit 110 as input sample information, and the nutrition information or calorie analysis information of the mixed sample as mixed sample information. Configure it to produce a report and print it out. These result reports are described in detail below.

The memory 116 stores the nutritional components or calories of individual samples by weight for each number of cases that can be loaded in the loading module 130, and classifies the samples into numbers of cases where each sample can be mixed and can be collected therefrom. Configured to store nutritional information or calories.

Hereinafter, the experimental data of the nutritional components of each sample and the nutritional components of the mixed samples will be described with reference to the drawings.

6A and 6B are reference charts illustrating nutrients of individual samples and nutrients of mixed samples. As illustrated, FIG. 6A is data of nutrients and calories of individual samples and mixed samples mixed therewith. , Components 1 to 4 are shown as individual samples or samples when they are mixed, and g1 to g4 are shown the weight of each sample, and on the right side are measured nutritional ingredients and calories.

For example, 400 g of yogurt contains 71.89 kcal / 100 g of calory, 10.96% of carbohydrate, 3.12% of crude protein, 1.73% of crude fat, and water of water. 83.60% ash, 0.59% ash, and 28.08 mg of sodium were measured.

In the same way, the nutrition and calories of 400g of orange, 400g of tomato and 400g of strawberry were measured by experiment, and the nutrition and calories of each sample were measured by weight. Tableed.

In addition, 200 g of yoghurt and 200 g of oranges contain 63.40 kcal / 100 g of calories, 10.86% carbohydrates, 1.57% crude protein, 1.52% crude fat, 85.58% moisture, 0.47% ash, and 14.28 mg sodium. Was measured.

In the same way, if 200g of yoghurt and 200g of tomato are mixed, 200g of yoghurt and 100g of orange, 100g of strawberry, 200g of yoghurt and 67g of orange, 67g of strawberry, 67g of tomato, and finally 200g of strawberry and 200g of orange The data measured for each case was mixed.

In this experiment, for the convenience of explanation, the weight of the individual sample is 400g, and the weight of the individual samples to be mixed is approximately 400g.

FIG. 6B shows the nutritional components and calories calculatically calculated from FIG. 6A according to the weights of the individual samples to be mixed when mixing the individual samples.

From these experiments, the calorific value of each individual sample was slightly higher than the combined measurement data of each individual sample, the carbohydrates were lower than the combined, crude protein was measured at different values depending on the combination of ingredients, crude fat It can be seen that the silver is higher than the sum, and the moisture is measured as the sum of the ingredients, the ash and the sodium, and the sodium.

Therefore, the memory 116 stores the type, origin, date of shipment, the weight of each sample, the nutritional component or calories according to the weight of each sample, and converts each individual sample mixed in the mixed sample by weight for each sample. Although the nutritional component and calories of the mixed sample may be displayed arithmetically, in order to calculate more accurate result data, as described above, the nutritional component or calorie of each sample may be stored by weight, and each sample may be mixed. It can also be configured to calculate and store the information of the nutritional components or calories that can be collected from them by classifying the number of.

For reference, FIGS. 7 to 10 are charts showing the results of the investigation of the nutritional composition of each individual sample, and FIGS. 11 to 15 are diagrams of the results of the investigation of the nutritional composition of each individual sample by weight.

The data calculated from FIGS. 7 to 15 are summarized and displayed in FIG. 6A.

In addition, when storing the mixed sample information is configured to store for each identification (identification) because it is possible to manage the mixed sample according to the type of capsule 120 selected by managing the same ID.

The controller 110 controls the memory 116 to store information of nutritional ingredients or calories that can be collected from the mixed samples in which each sample by weight of each capsule 120 is mixed, and is loaded in the loading module 130. The output unit 114 is controlled so that individual capsule 120 information is used as input sample information, and nutritional information or calorie analysis information of the mixed sample is mixed sample information.

Therefore, the control unit 110 is usually installed in the counter to read the mixed sample information from the samples selected by the user in the memory 116 to be displayed on the display device as a result report and output at the same time and the combination of these samples for each user The data is stored in the memory 116 to be managed by ID.

Of course, at this time, by displaying the information of the individual sample and the mixed sample on a separate display device and allows the user to modify the individual sample, that is, the individual capsule, it is possible to more conveniently manage the nutritional status of the user.

In addition, by using the result report outputted with the ID, the ID of the result report can be easily read, and the information of the mixed sample corresponding to the read ID is extracted from the memory 116 to prepare a mixed sample which is the same as the nutritional component or calories of the mixed sample. You can do it.

Referring to the diagram illustrating the result report of FIG. 5, the result report displays an ID (for example, Seoul99), an output date (2010 Feb. 5), and a total amount of mixed sample (Large 300g) at the top thereof. The display may be displayed together with the weight using an image of individual samples selected by the user.

In addition, at the bottom of the result report, the vitamins contained in the mixed sample are displayed in a graph by type, and on the right side, the nutrients contained in the mixed sample are displayed and the details are described.

And these result reports can be managed using a barcode for reuse.

Hereinafter, the health monitoring method of the present invention using such a device will be described with reference to the drawings.

1 is a flow chart for explaining the health monitoring method of the present invention, as shown in the health monitoring method of the present invention, by classifying each sample by weight to display one or more information about the sample on the individual capsule 120 (S310).

That is, for each sample, one or more kinds of nutritional components or calories according to the type, origin, shipping date, weight, and weight of each sample are displayed on the individual capsule 120.

Preferably, the type and weight of each sample should be marked on each side, and the height of the capsule can be easily identified by varying the height of the capsule according to the weight. If different colors are used for each type, it is easier to distinguish the type or weight of each capsule. Can be.

Having a loading module 130 configured to load a plurality of such individual capsules 120, and then combines and analyzes the number of cases that can be loaded in the loading module 130 (S311 ~ S312).

After step S311, the nutritional component or calorific value information that can be collected from the mixed samples in which the individual capsules 120 are mixed is stored in the memory 116 of the controller 110, respectively (S313).

These steps S310 to S313 are preparation steps for preparing the capsule 120 and the loading module 130 and storing data related to the memory 116.

Therefore, when the preparation step of steps S310 to S313 is completed, the user selects the capsules 120 that are to be loaded into the loading module 130 (S314) and orders the individual capsules 120 in which the type and weight of the food are displayed. As it is to be loaded on the loading module 130 (S315).

In this case, it is preferable that the type or weight of the individual sample or the information module is loaded in a predetermined direction so that the reader 112 can easily read information from the information modules 121 to 121 n of the individual capsules 120.

If it is determined in step S315 that all the individual capsules 120 required for the loading module 130 are loaded, the controller 110 reads the information from the information modules 121 to 121n of the individual capsules 120. The nutritional information or calories of the mixed sample is read from the memory 116 by reading information of the mixed sample in which each sample of the individual capsules 120 loaded on the loading module 130 is read and read from the read individual capsule 120. The information is analyzed and displayed on the display device (S316).

In this case, the control unit 110 receives the related information from the reading module 131 of the loading module 130 from the information modules 121 to 121n of the individual capsule 120, and the reading device 131 reads the reader of the control unit 110. Of course, the relevant information can be sent directly to (112).

In addition, the control unit 110 uses the individual capsule 120 information loaded in the loading module 130 as input sample information and prepares a result report using the analysis information of the mixed sample as mixed sample information, and reports the result report into the memory 116. Store by ID (ID) and output the result report with the ID (S317).

When the result report created in step S317 is carried by the user and needs the same mixed sample, the ID 112 of the result report is read by the reader 112 provided in the counter and the information of the mixed sample corresponding to the read ID is stored in the memory ( 116) to extract the same as the nutritional component or calories of the mixed sample to produce a mixed sample (S318).

At this time, the result report sheet is to display the ID, the output date, the total amount of the mixed sample on the top, as shown in the figure illustrated in FIG. The lower part of the graph shows the types of vitamins contained in the mixed sample by type, and on the right side the nutritional components contained in the mixed sample and the details.

In addition, the control unit 110 reads the ID of the result report, and displays the information of the mixed sample corresponding to the read ID on the display device, and if necessary, to modify the information of the displayed mixed sample, the modified mixed sample or before correction Information of the mixed sample may be extracted from the memory 116 to produce a mixed sample that is the same as the nutritional component or calories of the modified mixed sample.

Hereinafter, another embodiment of a capsule and a loading module that can be used in the present invention will be described with reference to the drawings.

16 to 20 is an input module diagram showing a capsule and loading module according to another embodiment that can be used in the present invention, the input module is a capsule 300 configured to display or store information of an individual sample, such capsule 300 is composed of a stacking module 210 configured to be stacked in plurality.

Loading module 210 is formed in a columnar shape having a hollow receiving port 218 of the upper end is open so that a plurality of capsules 300 can be accommodated, the lower end of the receiving port 218 step 214 It is configured to be equipped with a removable capsule (300).

In more detail with reference to Figure 16, the loading module 210 is formed with one or more receiving holes 218 to accommodate the capsule 300 from the top to the bottom, the receiving hole 218 is approximately a pillar It penetrates up and down in shape, and has a locking jaw 216 and a stepped jaw 214 on the upper inner circumference and the lower inner circumference, respectively.

The locking jaw 216 is configured such that the locking portion 222 of the capsule 300 is supported so that the capsule 300 received by the penetrating receiver 218 does not fall further, and the step 214 is the capsule 300. When the capsule 300 is inserted so that the groove 326 of the) is detachable and fixed to the corresponding position of the groove 326.

The capsule 300 displays information on one side of one or more of the type, the origin, the date of shipment, the weight of each sample, the nutritional component or calories according to the weight of each sample, or stores the information on one side thereof. A module (not shown) may be provided on one side or configured to be embedded therein.

Referring to FIG. 17, a shape of the capsule 300 is described. In an outer circumference of the upper and columnar bodies 320 and the lower one side of which the hook portion 310 is formed in a substantially columnar shape, the recess 326 and the body ( A bee needle shape 327 is formed at the lower end of the 320.

One or more positions of the grooves 326 may be installed in the capsule 300, and the positions thereof may be arbitrarily set to correspond to the step 214.

In the present invention, the capsule 300 and the loading module 210 is configured so that the loading module 210 has at least one receiving port 218 in a honeycomb shape as shown, and the capsule 300 is represented. ) Allows one or more bodies to be coupled to each other, and each body forms a coupling groove at the top thereof and a coupling protrusion at the bottom thereof so that the coupling protrusion of one body is coupled to the coupling groove of the other body. The body is configured to have different knives, images or patterns according to the type or weight of the sample.

That is, the capsule 300 is composed of a catching portion 310 corresponding to the head portion and one or more bodies 321 to 325 and honeycomb shape by protruding the bee-shaped wedge 327 to the lower end of the lowermost body 325. The shape of the bee capsule 300 is loaded into the loading module 210 of the image.

Specifically, referring to the drawing of FIG. 18A, a coupling protrusion 312 to be inserted and fixed into the coupling groove 321a of the first body 321 is formed at a lower end of the locking portion 310, and the first body ( A coupling protrusion 321b to be inserted and fixed into the coupling groove 322a formed at the upper end of the second body 322 is formed at the lower end of the second body 322, and the upper end of the third body 323 is formed at the lower end of the second body 322. Coupling protrusion 322b to be inserted into the coupling groove 323a is formed in the coupling protrusion to be inserted into the coupling groove 324a formed on the upper end of the fourth body 324 is formed in the lower end of the third body 323 323b is formed, and a coupling protrusion 324b to be inserted and fixed in the coupling groove 325a formed at the upper end of the fifth body 325 is formed at the lower end of the fourth body 324, and the fifth body 325. The groove is formed on the outer periphery of one side so that the groove 326 is detachably fixed to the step 214. In addition, the lower end of the fifth body 325 which is the lowermost body in the drawing is a bee-shaped wedge 327 is protruded.

Such coupling grooves and coupling protrusions may be assembled by fitting, but may be configured to screw each as shown in Figure 18 (b).

Referring to FIG. 19, the process of accommodating the capsule 300 having such a shape into the loading module 210 will be described. The selected capsule 300 is inserted into the receiving opening 218 of the loading module 210 and the step 214 is described. Insert the groove 226 of the capsule 300 to be fixed to the loading is completed.

That is, the locking portion 310 of the capsule 300 is fixed to the locking jaw 216 of the loading module 210, the groove 326 of the capsule 300 is fixed to the stepped jaw 214 to shake or fall out To prevent it.

In this case, the type of the sample may be displayed by changing the color, image, or pattern of the capsule, and the loading module 210 may read the information of each sample from the information module of the individual capsules 300 (not shown). H) may be further provided to read information of each individual capsule 300 and transmitted to the outside to receive the information of the individual capsules from the input module of the present invention.

As shown in FIG. 20, the color of the capsule is indicated by the locking portion 310, the second body, and the fourth body in different colors according to the type or weight of the sample (in the drawing, one sample is yellow). The first body, the third body, and the lowermost body are marked in black to image the bee shape.

Other configurations and functions are the same as described above, so descriptions thereof are omitted.

While the invention has been described in detail above with respect to what has been described, it will be apparent to those skilled in the art that various modifications are possible within the spirit of the invention and that such modifications and variations fall within the scope of the appended claims.

110 control unit 112 reader
114: output unit 116: memory
120: capsule 130: loading module

Claims (8)

For each sample, an individual capsule having an information module storing one or more kinds of information such as type, origin, date of shipment, weight, nutritional component or calorie according to the weight of each sample, and a receiving port for accommodating a plurality of individual capsules. It is provided with an input module consisting of a loading module is formed and the nutritional information or calorie information that can be taken from the mixed sample of each sample of the individual capsules by the number of cases that can be accommodated in the loading module to the memory of the controller In the health monitoring method for maintaining the health by respectively storing and managing the data in the memory,
(a) classifying each sample by weight and displaying one or more pieces of information on the sample in an information module of the individual capsule;
(b) receiving one or more selected capsules of the individual capsules in the loading module;
(c) reading information from the information module of the individual capsule contained in the loading module; and
(d) The control unit reads the mixed sample information of each sample of the individual capsules accommodated in the loading module from the information of the individual capsules read in step (c) in the memory to read the nutritional component of the mixed sample or Analyzing and displaying calorie information;
Health monitoring method comprising a. The method of claim 1,
(e) The control unit generates the result report using the individual capsule information contained in the loading module in step (b) as input sample information and the analysis information of the mixed sample in step (d) as mixed sample information. Storing a result report by ID in the memory and outputting the result report together with the ID; and
(f) the control unit reads the ID when the output result report is input and extracts the information of the mixed sample corresponding to the read ID from the memory to produce a mixed sample equal to the nutritional component or calories of the mixed sample; step;
Health monitoring method characterized in that it further comprises.
The method of claim 2,
Step (f)
(f-1) the control unit reading the ID of the result report and displaying information of the mixed sample corresponding to the read ID;
(f-2) correcting information of the displayed mixed sample;
(f-3) extracting information of the modified mixed sample from the memory to prepare a mixed sample equal to the nutritional component or calories of the modified mixed sample;
Health monitoring method comprising a.
The method of claim 1,
The input module
It is configured to include a loading module having a hollow receiving port of the upper end is opened so that a plurality of the capsule is accommodated and configured to receive the information module of the capsule in one direction when the capsule is accommodated in the loading module Health monitoring method characterized in that.
delete The method of claim 4, wherein
The capsule is
A step is formed on one surface of the receiving port and the capsule is formed in a position corresponding to the step of the receiving port so that the recess is detachably fixed to the step when the capsule is accommodated in the loading module. How to monitor health.
The method of claim 6,
The capsule is
Combining one or more bodies with each other, each body is formed to form a coupling groove in the upper portion and a coupling protrusion in the lower portion is characterized in that the coupling protrusion of any one body is configured to be coupled to the coupling groove of another body How to monitor health.
The method of claim 7, wherein
The body is
A health monitoring method comprising any one or more of different colors, images or patterns according to the type or weight of a sample.

Images