TWI705033B - Smart nutritional substance supply system - Google Patents

Abstract

A smart nutritional substance supply system includes a sensing and computing module, a storage and control module, and an interface and expansion module. The sensing and computing module is configured to sense the user's parameters and generate the supply information. The storage and control module is coupled to the sensing and computing module, configured to receive the supply information from the sensing and computing module, and configured to output the nutritional substance according to the supply information. The interface and expansion module is coupled to the storage and control module, and can be connected in series with a container such that the nutritional substance can drop into the container.

Description

Smart feeding system

The invention relates to a feeding system, in particular to an intelligent feeding system.

Exercise not only allows people to effectively maintain physical strength, but also promotes the metabolism of various organs of the body. Therefore, exercise has a good effect on maintaining health of the human body. Research reports in recent years have repeatedly pointed out that exercise can improve people's concentration and attention, and can improve their psychological conditions, so exercise does have a satisfactory effect on the body's body and mind.

Some people need to quickly replenish nutrients after exercising. However, because the current nutrient powder cans are too large (3Kg~5Kg), even if they need to be divided into bags, it is too troublesome and cannot be accurately given according to actual needs. Therefore, when people need to quickly replenish nutrition, the traditional supply method will cause a lot of inconvenience.

In view of this, the present inventor has been engaged in the development and design of related products for many years, and feels that the above-mentioned shortcomings can be improved. With great concentration of research and the application of scientific theory, we finally propose an invention with reasonable design and effective improvement of the above-mentioned shortcomings.

The purpose of the present invention is to provide a smart feeding system in view of the shortcomings of the prior art.

One of the technical solutions adopted by the present invention is to provide an intelligent feeding system, including: a sensing and calculating module, which senses the parameters of the user during exercise, and generates feeding information according to the parameters; The storage and control module is coupled to the sensing and calculation module, receives the feed information from the sensing and calculation module, and controls the output of the nutrient feed in the memory according to the feed information; and an interface and The expansion module is coupled to the supply storage and control module and can be connected in series with a container, so that the nutrient supply material can be dropped into the container by being connected in series with the container.

In a preferred embodiment, the sensing and calculation module includes a heartbeat sensing module, an integrated watch temperature sensing module, a pedometer module, a calculation module, and a Bluetooth transmission module. The calculation module is coupled to the heartbeat sensing module, the body surface temperature sensing module, the pedometer module, and the bluetooth transmission module. The heartbeat sensing module is used to collect the heartbeat rate. The meter temperature sensing module is used to collect the body surface temperature. The step counter module is used to count the number of steps. The parameters include heart rate, body surface temperature and the number of steps. The calculation module is based on the heart rate and the body surface temperature. And the step number generates the feeding information, the feeding information includes feeding type and feeding quantity, and the Bluetooth transmission module transmits the feeding information to the outside.

In a preferred embodiment, the sensing and calculation module can further input personal parameters of the user, the personal parameters include gender, age, height, and weight, and the sensing and calculation module is dynamically corrected according to the personal parameters The feed information.

In a preferred embodiment, the supply storage and control module has a manual control output mode. In the manual control output mode, the supply storage and control module counts the output usage of the nutrient supply, and then The output usage amount of the nutrient supply is fed back to the sensing and calculation module, and the sensing and calculation module further dynamically corrects the supply information according to the output usage amount of the nutrient supply.

In a preferred embodiment, the supply storage and control module includes a Bluetooth communication module, a supply control module, and a supply storage module, the Bluetooth communication module and the supply storage module The group is respectively coupled to the feeding control module, the Bluetooth communication module receives the feeding information from the Bluetooth transmission module, so that the feeding control module stores the feeding storage module according to the feeding information The output control of the nutrient supply material.

In a preferred embodiment, the supply storage module includes a supply storage portion and a supply output portion connected to the supply storage portion, the supply storage portion is used to store the nutrient supply, and the supply output The part is used to quantitatively output the nutrient supply material.

In a preferred embodiment, the supply output portion includes a supply output port and an electronic control valve arranged at the supply output port, and the supply control module controls the electronic control valve according to the supply information Opening and closing time, so that the feeding output part can quantitatively output the nutrient feeding material.

In a preferred embodiment, the supply storage portion includes a plurality of compartments, one of the compartments stores the high-calorie nutrient supply in the nutrient supply, and the other compartment stores the nutrient supply in the nutrient supply Low-calorie nutritional supply material, the electronic control valve contains multiple valves corresponding to the partition grooves, and the supply control module controls the opening and closing time and opening and closing time of the valves according to the supply information to make the supply The output part can quantitatively output the high-calorie nutritional supply, the low-calorie nutritional supply, or a mixture of the high-calorie nutritional supply and the low-calorie nutritional supply.

In a preferred embodiment, the supply storage portion is provided with a vibration motor, the vibration motor is coupled to the supply control module, and the supply control module can control the vibration of the vibration motor so that the supply storage portion Driven by the vibration motor, the vibration is synchronized.

In a preferred embodiment, the interface and expansion module is further connected in series with an ultraviolet sterilization device, and the ultraviolet sterilization device can generate ultraviolet rays in the 254 nm band and 185 nm band.

Therefore, the beneficial effect of the present invention is at least that the intelligent feeding system provided by the present invention senses the parameters of the user during exercise through the sensing and calculation module, and generates feeding information according to the parameters, and feeds The storage and control module controls the output of the nutrient supply material in the memory according to the supply information, and then connects it with the container through the interface and expansion module, so that the nutrient supply material is dropped into the container through the connection with the container. container. This solves the problem that the nutrient powder cans are too large and too cumbersome to dispense and the problem that the precise amount cannot be accurately given according to actual needs. Moreover, the present invention adopts an additional expansion method to realize it is easy to be compatible with existing equipment, and has the ability to expand The different attachments derive the flexibility of different demand functions.

In order to further understand the features and technical content of the present invention, please refer to the following detailed description and drawings about the present invention. However, the provided drawings are only for reference and description, and are not used to limit the present invention.

The following are specific examples to illustrate the disclosed embodiments of the present invention. Those skilled in the art can understand the advantages and effects of the present invention from the content disclosed in this specification. The present invention can be implemented or applied through other different specific embodiments, and various details in this specification can also be modified and changed based on different viewpoints and applications without departing from the concept of the present invention.

The connection or coupling mentioned in the present invention includes direct connection and indirect connection. It can also refer to the connection between two modules or devices through wired entities, wireless media, or a combination thereof, so that the two modules or devices can The mutual transfer of information can be understood by those with ordinary knowledge in the technical field of the present invention. In addition, the combination of the devices in this article is not a combination of general knowledge, conventional or conventional in this field. Whether the device itself is a conventional one cannot be used to determine whether the combination relationship can be easily completed by ordinary knowledge in the technical field. The term "or" used in this text should include any one or a combination of more of the associated listed items depending on the actual situation. In addition, the drawings of the present invention are merely schematic illustrations, and are not drawn according to actual dimensions, and are stated in advance. The following embodiments will further describe the related technical content of the present invention in detail, but the disclosed content is not intended to limit the protection scope of the present invention.

Please refer to FIG. 1 and FIG. 2, an embodiment of the present invention provides a smart feeding system, which may include a sensing and calculation module 10, a feeding storage and control module 20, and an interface and expansion module 30.

The following is a further example for the specific detailed features of this embodiment, that is, the sensing and calculation module 10, the feeding storage and control module 20, and the interface and expansion module 30, with particular emphasis on The detailed features described below are only for the convenience of those skilled in the art to more easily understand the content of the present invention, and the specific implementation method is not limited thereto.

The sensing and calculation module 10 can be in the form of a smart bracelet, which can be worn on the user's wrist to sense the parameters of the user during exercise and generate feed information based on the parameters. In other embodiments, the sensing and computing module 10 may not be limited to a smart bracelet type, for example, it may be a chest strap fixed on the chest.

Furthermore, as shown in FIG. 3, the sensing and calculation module 10 of this embodiment may include a heartbeat sensing module 11, a body surface temperature sensing module 12, a pedometer module 13, and a calculation module 14. , The Bluetooth transmission module 15 can be appropriately installed in the bracelet-type housing.

The heartbeat sensing module 11 may be an optical heartbeat sensor, which is used to collect the number of times the human heart beats per minute, that is, the heartbeat rate. It can use optical penetration and reflection methods, and the principle that light sensing elements absorb light energy. Detects changes in the amount of light absorbed and reflected by the blood vessels and blood flowing substances when the peripheral blood vessels are beating in the heart to realize the heartbeat sensing function.

The body surface temperature sensing module 12 can be a thermal temperature sensor to collect the body surface temperature of the human body. It can use the temperature sensitivity to convert the resistance value into a temperature value to realize the body surface Temperature sensing function.

The pedometer module 13 may be a pedometer for counting the number of steps, which may use accelerometer technology, and the accelerometer may be a single-axis or multi-axis accelerometer, preferably a three-axis acceleration Calculator, to collect the three-axis acceleration of human body movement, and realize the step-counting function according to the law of acceleration change.

The calculation module 14 may be a microprocessor, which is coupled to the heartbeat sensor module 11, the body surface temperature sensor module 12, and the pedometer module 13. Group 12. The parameters (heart rate, body surface temperature, number of steps) collected by the pedometer module 13 are analyzed and processed to generate feeding information based on the parameters. The feeding information may include feeding types, feeding quantities, etc. Information.

Furthermore, the calculation module 14 can convert the energy consumption of the user during exercise according to the heart rate, body temperature, and number of steps. If the energy consumption is large, for example, the heart rate, body temperature or the number of steps exceeds a predetermined threshold, it can determine nutrition. The supply type of the supply material can be a high-calorie nutrient supply, and the number of supply can be increased. On the contrary, if the energy consumption is low, the supply type of the nutrient supply can be determined to be a low-calorie nutrient supply, and the supply can be reduced. Quantity of materials. Therefore, the calculation module 14 can calculate the supply type, the supply quantity and other relevant information according to the parameters when the user exercises.

Furthermore, the sensing and calculation module 10 can further input the user's personal parameters, and the user's personal parameters can be input in advance or after exercise, and the input method is not limited. For example, it can be on the wristband. Input from the operation panel 101 or wirelessly with a handheld device. Furthermore, the user’s personal parameters can include gender, age, height, and weight, and the sensing and calculation module 10 can dynamically modify the calculated feeding type, feeding quantity and other related information according to the user’s personal parameters. . For example, the sensing and calculation module 10 can correct the calculated feeding type and feeding quantity according to the user's gender, age, height and weight. For example, when the user is a young male, the feeding quantity can be Increase it by another 10%.

The Bluetooth transmission module 15 is coupled to the calculation module 10 and is used to externally transmit the supply type, the supply quantity and other related information calculated by the calculation module 10.

The supply storage and control module 20 may include a Bluetooth communication module 21, a supply control module 22, and a supply storage module 23. The Bluetooth communication module 21 and the material supply storage module 23 are respectively coupled to the material supply control module 22, and the Bluetooth communication module 21 can receive relevant information such as the type of material and the quantity of material supplied from the Bluetooth transmission module 15. The feeding control module 22 controls the feeding storage module 23 to output the nutrient feeding material in the memory according to the received feeding type, feeding quantity and other relevant information.

Furthermore, as shown in FIG. 1, the supply storage module 23 includes a supply storage portion 231 and a supply output portion 232 connected to the supply storage portion 231. The supply storage portion 231 is used for storing nutritional supply materials. The feed output part 232 is used to quantitatively output the nutrient feed.

Furthermore, the feed output unit 232 includes a feed output port 2321 and an electronically controlled valve 2322 arranged at the feed output port 2321. The feed control module 22 can be based on the received feed type, quantity, etc. The relevant information controls the opening and closing time and opening and closing time of the electronically controlled valve 2322, so that the feeding output part 232 can quantitatively output the nutrient feeding material.

In a preferred embodiment, as shown in FIG. 3, the supply storage portion 231 may include a plurality of partition grooves 2311, and one of the partition grooves 2311 may store the high-calorie nutrient supply material in the nutrient supply material (for the sake of simplicity of the diagram) Not shown), for example, a high-calorie nutritional product or high-calorie whey protein exceeding 1.5kcal/ml, in which another compartment 2311 can store a low-calorie nutritional supply in the nutritional supply, and the electronic control valve 2322 can Contains multiple valves 23220 corresponding to the partition grooves 2311. Thereby, the feeding control module 22 can control the opening and closing time and opening and closing time of each valve 23220 according to the received feeding type, feeding quantity and other relevant information, so that the feeding output part 232 can correspondingly output high-calorie nutrition supply Feed, low-calorie nutritional supply, or a mixture of high and low-calorie nutritional supply.

The supply storage portion 231 may be cylindrical, and the supply storage portion 231 may also be connected with the nutrient powder tank, or may be provided with an opening with a bar-shaped structure to facilitate the nutrient powder tank to be poured into the nutrient supply material.

In addition, the supply storage and control module 20 has a manual control output mode, and the supply storage and control module 20 can be configured to count the output usage of the nutritional supply in the manual control output mode of the user's manual control, and The output usage amount of the nutrient supply is fed back to the sensing and calculation module 10, so that the sensing and calculation module 10 can dynamically modify the feeding information according to the output usage amount of the nutrient supply. For example, after exercising, the user can choose to manually control the opening and closing time and opening and closing time of the electronic control valve 2322 according to their own needs to control the output consumption of the nutritional supply. The supply control module 20 is based on the electronic control The opening and closing time and opening and closing time of the valve 2322 calculate the output usage amount of the nutrient supply and feed it back to the sensing and calculation module 10 through the Bluetooth communication module 21, so that the sensing and calculation module 10 can supply the nutrient according to the feedback The output consumption of the nutrient feed is compared with the calculated feed quantity, and the feed information is dynamically modified according to the comparison result. For example, the output consumption of the nutrient feed is 5% more than the calculated feed quantity, and the feed will be used in the future. After calculating the supply quantity, it can be increased by 5%.

In some embodiments, as shown in FIG. 2, the supply storage portion 231 of the supply storage module 23 may also be provided with a vibration device 2312, which is coupled to the supply control module 22, and the supply control module 22 can control the vibration of the vibrating device 2312, so that the supply storage part 231 is synchronously vibrated under the drive of the vibration device 2312, so that the nutrient supply material stored in the supply storage part 231 can be shaken, and powdery nutrition can be avoided The supply material agglomerates or blocks the outlet. The vibration device 2312 may be a vibration motor or an ultrasonic vibration device.

The interface and expansion module 30 is coupled to the supply, storage and control module 20, and the interface and expansion module 30 may have a joint 31 that can be connected in series with a container B, which can be a mixing tank or a mixing tank Bottles, etc., can also be derived into containers for infant non-staple food, so that the nutrient supply output from the supply storage and control module 20 can be smoothly dropped by connecting the expansion module 30 and the container B in series Into container B. In addition, the interface and expansion module 30 can also be adaptively replaced according to the container B to be interfaced.

Furthermore, the interface and expansion module 30 can also be connected in series to expand other modules or devices, such as replaceable rechargeable battery modules, sensors, sterilization devices, heat preservation/freshness devices, etc., by connecting different modules in series , Devices or sensors can be derived from applications with different needs.

In some embodiments, as shown in FIG. 5, the interface and expansion module 30 may be connected in series with an ultraviolet sterilization device 40, and the lamp tube of the ultraviolet sterilization device may be straight, H-shaped, U-shaped or ring-shaped, and not limited. In addition, the ultraviolet sterilization device can be an ultraviolet sterilization lamp in the 254nm and 185nm bands. Therefore, the ultraviolet germicidal lamp can produce 254nm wavelength ultraviolet rays to achieve rapid sterilization, and it can simultaneously generate 185nm wavelength ultraviolet rays to generate ozone, and achieve deodorization and deodorization. In this way, after the container or drink is sterilized by ultraviolet rays, the user can be more healthy and safer when drinking.

[Beneficial effects of the embodiment]

In summary, the intelligent feeding system provided by the present invention senses the parameters of the user during exercise through the sensing and calculation module, and generates feeding information according to the parameters, and through the feeding storage and control module According to the supply information, the output control of the nutrient supply material in the memory is performed, and then the container is connected in series through the interface and expansion module, so that the nutrient supply material is dropped into the container through the series connection with the container. This solves the problem that the nutrient powder cans are too large and too cumbersome to dispense and the problem that the precise amount cannot be accurately given according to actual needs. Moreover, the present invention adopts an additional expansion method to realize it is easy to be compatible with existing equipment, and has the ability to expand The different attachments derive the flexibility of different demand functions.

The content disclosed above is only a preferred and feasible embodiment of the present invention, and does not limit the scope of the patent application of the present invention. Therefore, all equivalent technical changes made using the description and schematic content of the present invention are included in the application of the present invention. Within the scope of the patent.

10: Sensing and computing module

101: Operation panel

11: Heartbeat sensor module

12: Body surface temperature sensing module

13: Step counter module

14: calculation module

15: Bluetooth transmission module

20: Feed storage and control module

21: Bluetooth communication module

22: Feed control module

23: Feed storage module

231: Feed Storage Department

2311: separation slot

2312: Vibration device

232: Feed output section

2321: Feed output port

2322: Electronic control valve

23220: Valve

30: Interface and expansion module

31: Joint

40: Ultraviolet sterilization device

B: container

Figure 1 is a schematic diagram of the smart feeding system of the present invention.

Figure 2 is a partial exploded schematic diagram of the smart feeding system of the present invention.

Figure 3 is a functional block diagram of the smart feeding system of the present invention.

4 is a schematic diagram of a preferred embodiment of the feed storage and control module of the smart feed system of the present invention.

Fig. 5 is a functional block diagram of a preferred embodiment of the smart feeding system of the present invention.

10: Sensing and computing module

11: Heartbeat sensor module

12: Body surface temperature sensing module

13: Step counter module

14: calculation module

15: Bluetooth transmission module

20: Feed storage and control module

21: Bluetooth communication module

22: Feed control module

23: Feed storage module

2312: Vibration motor

2322: Electronic control valve

30: Interface and expansion module

Claims (5)

A smart feeding system includes: a sensing and calculation module, which senses a parameter when the user moves, and generates feeding information according to the parameter; a feeding storage and control module, coupled to the sensor And a calculation module, which receives the feeding information from the sensing and calculation module, and performs output control on the nutrient feeding material in the memory according to the feeding information; and an interface and expansion module, coupled to the feeding storage and The control module can be connected in series with a container, so that the nutrient supply material can be dropped into the container by being connected in series with the container; wherein, the sensing and calculation module includes a heartbeat sensing module and an integrated watch A temperature sensing module, a pedometer module, a calculation module, and a Bluetooth transmission module. The calculation module is coupled to the heartbeat sensing module, the body surface temperature sensing module, and the meter A step module and the bluetooth transmission module, the heartbeat sensing module is used for collecting heartbeat rate, the body surface temperature sensing module is used for collecting body surface temperature, and the step counting module is used for counting the number of steps, The parameters include heart rate, body surface temperature, and number of steps. The calculation module is used to generate the feeding information according to the heart rate, the body surface temperature and the number of steps. The feeding information includes feeding type and feeding When the heart rate, body surface temperature and the number of steps respectively exceed the corresponding threshold, the feed type in the feed information is determined to be a high-calorie nutritional feed. When the heart rate, body surface temperature, and If the number of steps does not exceed the corresponding threshold, it is determined that the feed type in the feed information is a low-calorie nutritional feed, and the Bluetooth transmission module transmits the feed information to the outside; wherein, the sensing and calculation The module can further input the user's personal parameters, which include gender, age, height and weight. When the gender in the personal parameters is male, the sensing and calculation module is used to dynamically move according to the personal parameters Modify the supply quantity in the supply information so that the supply in the supply information The quantity of materials is increased by a predetermined percentage; wherein the supply storage and control module includes a Bluetooth communication module, a supply control module, and a supply storage module, the Bluetooth communication module and the supply The storage modules are respectively coupled to the feeding control module, the Bluetooth communication module receives the feeding information from the Bluetooth transmission module, and the feeding control module makes the feeding storage module according to the feeding information. The nutrient supply in the group memory performs output control, and the supply storage module is provided with a vibration device, the vibration device is coupled to the supply control module, and the supply control module can control the vibration of the vibration device. The supply storage module is driven by the vibration device to vibrate synchronously; wherein, the interface and the expansion module are connected in series with an ultraviolet sterilization device, and the ultraviolet sterilization device can generate ultraviolet rays in the 254 nm and 185 nm bands. For example, the intelligent feeding system described in the first item of the scope of patent application, wherein the feeding storage and control module has a manual control output mode, and in the manual control output mode, the feeding storage and control module counts the nutrient supply The output usage amount of the nutrient supply material is fed back to the sensing and calculation module, and the sensing and calculation module dynamically corrects the supply information according to the output usage amount of the nutrient supply material. For example, the intelligent feeding system described in the first item of the patent application, wherein the feeding storage module includes a feeding storage part and a feeding output part connected to the feeding storage part, and the feeding storage part is used for storing The nutrient supply material, and the supply output part is used to quantitatively output the nutrient supply material. For example, the intelligent feeding system described in item 3 of the scope of patent application, wherein the feeding output part includes a feeding outlet and an electronic control valve arranged at the feeding outlet, and the feeding control module is based on the The feeding information controls the opening and closing time and opening and closing time of the electronic control valve, so that the feeding output part can quantitatively output the nutrient feeding material. The smart feeding system described in item 4 of the scope of patent application, wherein the feeding storage portion includes a plurality of partition tanks, and one of the partition tanks stores high calories in the nutrient supply material The nutrient supply material in the road, wherein the other partition tank stores the low-calorie nutrient supply material in the nutrient supply material, the electronic control valve includes a plurality of valves corresponding to the partition tanks, and the feeding control module is based on the supply The material information controls the opening and closing and opening and closing times of the valves, so that the supply output unit can quantitatively output the high-calorie nutritional supply, the low-calorie nutritional supply, or the high-calorie nutritional supply and the low-calorie nutritional supply Mixing of materials.

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