CN211212443U

CN211212443U - Bowl and chopsticks with health management function

Info

Publication number: CN211212443U
Application number: CN201920659105.6U
Authority: CN
Inventors: 王钰涵
Original assignee: Individual
Current assignee: Individual
Priority date: 2019-05-09
Filing date: 2019-05-09
Publication date: 2020-08-11
Anticipated expiration: 2029-05-09

Abstract

The utility model relates to a bowl and chopsticks with health management function, which comprises a bowl and chopsticks, wherein the bowl comprises a bowl inner container and a base which are arranged from top to bottom in sequence, the bowl inner container is used for containing food, and the base is used for weighing the food; the chopsticks are provided with cameras for identifying food, and the memory cards are used for storing user health management system information; the CPU is used for processing data and calculating calories, receiving food quality information transmitted from the bowl, calculating calories of ingested food through a calorie calculation program written in the CPU, calling user health management system information stored in the memory card for comparison, and giving eating suggestion prompts. The advantages are that: the food can be identified and weighed, the eating calorie is dynamically calculated, the eating advice is given in time by combining the health information of the user, and the health management function is particularly realized for the diabetic population.

Description

Bowl and chopsticks with health management function

Technical Field

The utility model relates to bowls and chopsticks for eating, in particular to bowls and chopsticks with health management function.

Background

The common household bowls and chopsticks are mainly used for clamping and containing food, are feeding tools, are various in material and do not have a health management function generally. CN 203074106U provides chopsticks with image processing function, which can give warning to the hygiene and safety of food, can not identify and weigh food, and can not individually give healthy eating advice.

Disclosure of Invention

The utility model provides a overcome prior art's shortcoming, provide a bowl chopsticks with health management function, distinguishable, weigh food, dynamic calculation feed calorie combines user's health information in time to give the feed suggestion.

The utility model provides a bowl chopsticks with health management function, including bowl and chopsticks, its characterized in that: the bowl comprises a bowl inner container and a base which are arranged from top to bottom in sequence,

the bowl inner container is used for containing food, the base is provided with a precision weighing sensor, a weighing circuit board, a signal emitter and a bowl battery, the precision weighing sensor, the weighing circuit board and the signal emitter are electrically connected, and the bowl battery provides required electric energy;

the chopsticks are provided with a camera, a memory card, a CPU and a chopstick battery, the camera is mounted on the outer wall of the chopsticks and used for identifying food, the memory card, the CPU and the chopstick battery are mounted in an inner cavity (the health reminding function is realized), the CPU is in wireless communication with the signal transmitter, and the chopstick battery provides required electric energy;

the camera is used for identifying food types; the memory card is used for storing the user health management system information; the CPU is used for processing data and calculating calories, receiving food quality information transmitted from the bowl, calculating calories of ingested food through a calorie calculation program written in the CPU, calling user health management system information stored in the memory card for comparison, and giving eating suggestion prompts.

Further, the chopsticks also comprise a loudspeaker for giving a food suggestion prompt.

Specifically, the weighing circuit board comprises a power amplifier, a low-pass filter, a microprocessor and an A/D converter which are electrically connected, and the weighing circuit board is matched with the precision weighing sensor and the signal transmitter to transmit the food quality value information to the chopsticks.

Preferably, the bowl further comprises a tray, and the tray is positioned between the bowl inner container and the base and used for transmitting weighing information.

The utility model relates to a bowl chopsticks with health management function's main advantage is: the food can be identified and weighed, the eating calorie is dynamically calculated, the eating advice is given in time by combining the health information of the user, and the health management function is particularly realized for the diabetic population.

Drawings

FIGS. 1 to 2 are external views of a bowl according to embodiment 1;

FIG. 3 is a schematic view of the upper surface of the bowl base;

FIG. 4 is an appearance view of chopsticks;

FIG. 5 is a cross-sectional view of chopsticks;

fig. 6 is a flow chart of the health management bowl and chopstick system.

The device comprises a bowl, a liner, a tray, a bowl base, a precision weighing sensor, a bowl battery, a weighing circuit board, a pulse emitter, a first connecting screw, a camera, a loudspeaker, a second connecting screw and a memory card, wherein the bowl comprises 1-the liner, 2-the tray, 3-the bowl base, 21-the precision weighing sensor, 31-the bowl battery, 32-the weighing circuit board, 33-the pulse emitter, 41-the first connecting screw, 42-the camera, 43; 52-CPU, 53-Bluetooth, 54-A/D converter, 55-chopsticks battery.

Detailed Description

The technical solutions in the embodiments of the present invention will be described clearly and completely with reference to the accompanying drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only some embodiments of the present invention, not all embodiments. Based on the embodiments in the present invention, all other embodiments obtained by a person skilled in the art without creative work mostly belong to the protection scope of the present invention.

Example 1:

as shown in fig. 1-3, a bowl and chopsticks with health management function comprises a bowl and chopsticks, wherein the bowl comprises a bowl inner container and a base which are arranged from top to bottom in sequence,

the bowl inner container is used for containing objects, the base is provided with a precise weighing sensor, a weighing circuit board, a signal emitter and a bowl battery, the precise weighing sensor, the weighing circuit board and the signal emitter are electrically connected, and the bowl battery provides required electric energy; the outer surface of the bottom of the bowl inner container is in contact with a precise weighing sensor arranged on the upper surface of the base so as to weigh food;

the weighing circuit board comprises a power amplifier, a low-pass filter, a microprocessor and an A/D converter which are electrically connected, and the weighing circuit board is matched with the precision weighing sensor and the signal transmitter to transmit the food quality value information to the chopsticks;

the chopsticks are provided with a camera, a memory card, a CPU and a chopstick battery, the camera is mounted on the outer wall of the chopsticks and used for identifying food, the memory card, the CPU and the chopstick battery are mounted in the inner cavity, the CPU is in wireless communication with the signal transmitter, and the chopstick battery provides required electric energy;

The chopsticks are also provided with a loudspeaker for giving a food taking suggestion prompt.

The user health management system information comprises the contents of user age, sex, height, weight, physical examination data information, various food calorie information and the like. And designing a standard weight and standard calorie database according to different ages, sexes and heights. Comparing the accumulated value of the calorie data of the user eating with the standard calorie in the database, sending out various corresponding prompts, and not sending signals when the accumulated value is smaller than the normal data of the standard calorie; when the normal value of the standard calorie is reached, a digital signal of 'after meal' is sent out; sending out a 'pecky' digital signal when continuing to have a meal; the user fasting database may also be called and a "Danding hong" digital signal may be emitted when the food is found. The digital signal is converted into prompt tones such as 'after meal', 'fortune' and 'Danding top red' through a signal processing system, and the prompt tones are broadcasted through a loudspeaker

Example 2:

as shown in fig. 1-3, the difference with embodiment 1 lies in that the utility model discloses a bowl chopsticks with health management function, the bowl still includes the tray, the tray is located the transmission and weighs information between bowl inner bag and the base, the higher authority of tray with bowl inner bag bottom surface contact, the bottom surface of tray with establish the accurate weighing sensor contact of base upper surface.

The rest is the same as in example 1.

Fig. 1-3 are schematic diagrams of the bowl structure in this embodiment, the bowl base is provided with a precision weighing sensor, a weighing circuit board, a pulse signal emitter and a bowl battery, wherein the precision weighing sensor is connected with a power amplifier, the power amplifier is connected with a filter (there are filters in the front and back), the filter is connected with an a/D conversion circuit, the a/D conversion circuit is connected with a microprocessor, and the microprocessor is connected with the pulse signal emitter. The mass of food contained in the bowl can be collected in real time through the precision weighing sensor, so that the most accurate diet data can be obtained. The diet data is transmitted to the power amplifier, and after amplification processing, the signals are transmitted to the filter, so that high-quality analog data signals are provided for the post-stage A/D conversion circuit. After the A/D conversion circuit receives the analog signals representing the diet data, the analog data signals are converted into digital signals through an internal high-precision conversion circuit. The signals are calculated and processed by a microprocessor, and the received digital signals representing the diet data are sent to a CPU in the main chopstick body through a pulse signal transmitter, so that accurately processable diet data are provided.

The internal structure of the chopsticks is shown schematically (camera image transmission, image recognition, quality signal receiving conversion, food database calling, user database calling, integral calculation, output signal conversion into sound).

Fig. 4-5 are schematic diagrams illustrating the appearance and the internal structure of the chopsticks in this embodiment, a camera, a memory card, a CPU, a bluetooth chip, a D/a converter and a speaker are arranged inside the chopstick body, wherein the camera and the CPU are all connected with the memory card, the bluetooth chip and the D/a converter are all connected with the CPU, and the D/a converter is connected with the speaker. The camera discerns shooing to the food of chopsticks centre gripping, carries out food mass weighing through the electron weighing sensor that bluetooth chip transmitted to in the bowl to the diet photo storage of record is on the memory card. And receiving the digital signal which is sent by the bowl and represents the quality through the Bluetooth chip, and transmitting the digital signal to the CPU. The CPU calculates the food calorie of the received diet data through a preset program, generates a digital signal representing calorie calculation, converts the digital signal into an analog signal through a D/A converter, transmits the analog signal to a loudspeaker, and reminds a user through the loudspeaker.

The chopsticks are placed in a bowl in a clamping mode, the electronic precision weighing sensor arranged on the bowl is used for weighing food, the weight of the food is converted into an analog signal, the analog signal is converted into a digital signal after the analog signal is received by the A/D conversion circuit, and the digital signal is sent to a CPU of the chopsticks by the pulse signal sender. The user health management system information is stored in a memory card, specifically, the memory card is provided with a food identification module, a calorie calculation module written with a calorie calculation program, a user health information module, a signal output module and the like, the type of food is identified through software of the food identification module, a food quality signal transmitted by a bowl is received, the calorie calculation program is called to calculate (calculated by an integral method) the calorie of eating, the calorie is compared with the preset standard weight and normal data in a standard calorie database, and when the calorie is smaller than the normal data, no signal is sent; when the normal value is reached, a digital signal of 'finishing' is sent out; sending out a 'pecky' digital signal when continuing to have a meal; calling a fasting database of a user, and sending a digital signal of Danding hong when the food is found. The digital signals are converted into prompting sounds such as 'after meal', 'fortune' and 'Danding top red' through a signal processing system and are broadcasted through a loudspeaker.

Claims

1. A bowl and chopsticks with health management function, including bowl and chopsticks, its characterized in that: the bowl comprises a bowl inner container and a base which are arranged from top to bottom in sequence,

2. The chopsticks having health management function of claim 1, further comprising a speaker for giving a suggestion of eating.

3. The chopsticks with health management function according to claim 1 or 2, wherein the weighing circuit board comprises a power amplifier, a low pass filter, a microprocessor and an A/D converter electrically connected, and cooperates with the precision weighing sensor and the signal transmitter to transmit the food quality value information to the chopsticks.

4. The bowl and chopsticks with health management function of claim 3, wherein the bowl further comprises a tray, the tray is positioned between the bowl inner container and the base to transmit weighing information.