Man-machine interaction method for dining in gestation period and related products

Abstract

The embodiment of the invention relates to the technical field of artificial intelligence, and discloses a man-machine interaction method during dining in the gestation period and a related product, in the method, intelligent tableware identifies whether target food to be selected by a pregnant woman belongs to target food with high calcium content; if yes, the intelligent tableware outputs prompt information, and the prompt information is used for prompting that the target food is high-calcium-content food. By implementing the embodiment of the invention, the pregnant woman can be ensured to obtain sufficient calcium, so that the risk of calcium deficiency of the pregnant woman is reduced, and the maternal and infant health is promoted.

Description

Technical Field

[0001] The present application relates to the field of artificial intelligence technology, and in particular to a method for human-computer interaction during meals during pregnancy and related products. Background Art

[0002] The gestational period (also known as pregnancy) is a critical period for fetal development. During this period, the fetus's demand for calcium increases, and the calcium absorption rate is correspondingly accelerated. If the pregnant woman does not take in enough calcium during this period, it may cause calcium deficiency, which not only affects the health of the pregnant woman herself, but may also have an adverse effect on the development of the fetus. Summary of the invention

[0003] The embodiment of the present application discloses a human-computer interaction method and related products for meals during pregnancy, which ensure that pregnant women get enough calcium, thereby helping to reduce the risk of calcium deficiency in pregnant women and promote the health of mothers and babies.

[0004] The first aspect of the embodiment of the present application discloses a human-computer interaction method for dining during pregnancy, the method comprising:

[0005] The smart tableware identifies whether the target food to be selected by the pregnant woman is a target food with high calcium content;

[0006] If so, the smart tableware outputs prompt information, where the prompt information is used to prompt that the target food is a food with high calcium content.

[0007] As an optional implementation, in the first aspect of the embodiment of the present application, the smart wrist wearable device is worn on the wrist of a pregnant woman, the smart tableware includes a first smart chopstick and a second smart chopstick, a first micro camera is sealed and built into a transparent end cover at the thin front end of the first smart chopstick, and a second micro camera is sealed and built into a transparent end cover at the thin front end of the second smart chopstick, and the smart tableware identifies whether the target food to be selected by the pregnant woman is a target food with a high calcium content, including:

[0008] The first smart chopsticks capture, through the first micro camera, an image of the food approaching the transparent end cover of the thin front end of the first smart chopsticks held by the pregnant woman as a first image of the food;

[0009] The second smart chopsticks capture, by the second micro camera, an image of the food approaching the transparent end cover of the thin front end of the second smart chopsticks held by the pregnant woman as a second image of the food, and send the second image of the food to the first smart chopsticks;

[0010] When the first smart chopsticks recognize, based on the first food image and the second food image, that the food approached by the transparent end cover of the thin front end of the first smart chopsticks is the same as the food approached by the transparent end cover of the thin front end of the second smart chopsticks, the first smart chopsticks determine that the food is the target food to be selected by the pregnant woman, and judge whether the target food is a food with a high calcium content;

[0011] The smart tableware outputs prompt information, including:

[0012] The first smart chopsticks send prompt information to the smart wrist wearable device;

[0013] The smart wrist wearable device receives and outputs the prompt information.

[0014] As another optional implementation, in the first aspect of the embodiment of the present application, the method further includes:

[0015] When the first smart chopsticks detect that the thick rear end of the first smart chopsticks contacts the smart wrist wearable device at a first time, obtaining a fetal movement curve stored by the smart wrist wearable device up to the first time on the same day as a first fetal movement curve;

[0016] When the second smart chopsticks detect that the thick rear end of the second smart chopsticks contacts the smart wrist wearable device at a second time, the second smart chopsticks obtain a fetal movement curve stored by the smart wrist wearable device up to the second time on the same day as the second fetal movement curve; wherein the second time is later than the first time;

[0017] The first smart chopsticks, triggered by a first gesture of the pregnant woman, broadcast a broadcast message including the first time, the first fetal movement curve, a unique identifier of a wireless access point of the first smart chopsticks, and a legal access key of the wireless access point;

[0018] The second smart chopsticks are triggered by the second gesture of the pregnant woman to intercept the broadcast message, and when it is identified that the second time is later than the first time included in the broadcast message and the second fetal movement curve is consistent with the first fetal movement curve included in the broadcast message, it is determined that the first smart chopsticks and the second smart chopsticks are being used by the same pregnant woman, and the wireless access point is accessed according to the unique identifier of the wireless access point of the first smart chopsticks and the legal access key of the wireless access point, thereby establishing a wireless connection between the second smart chopsticks and the first smart chopsticks; or, the second smart chopsticks are triggered by the second gesture of the pregnant woman to intercept the broadcast message, and when it is identified that the second time is later than the first time included in the broadcast message and the first fetal movement curve included in the broadcast message is a part of the second fetal movement curve, it is determined that the first smart chopsticks and the second smart chopsticks are being used by the same pregnant woman, and the wireless access point is accessed according to the unique identifier of the wireless access point of the first smart chopsticks and the legal access key of the wireless access point, thereby establishing a wireless connection between the second smart chopsticks and the first smart chopsticks; the first gesture of the pregnant woman is different from the second gesture of the pregnant woman;

[0019] When the smart wrist wearable device is triggered by the second gesture of the pregnant woman, it listens to the broadcast message, and identifies that the fetal movement curve from the day to the current time stored in the smart wrist wearable device is consistent with the first fetal movement curve contained in the broadcast message, the smart wrist wearable device accesses the wireless access point according to the unique identifier of the wireless access point of the first smart chopsticks and the legal access key of the wireless access point, thereby establishing a wireless connection between the smart wrist wearable device and the first smart chopsticks; or, when the smart wrist wearable device is triggered by the second gesture of the pregnant woman, it listens to the broadcast message, and identifies that the first fetal movement curve contained in the broadcast message belongs to a part of the fetal movement curve from the day to the current time stored in the smart wrist wearable device, the smart wrist wearable device accesses the wireless access point according to the unique identifier of the wireless access point of the first smart chopsticks and the legal access key of the wireless access point, thereby establishing a wireless connection between the smart wrist wearable device and the first smart chopsticks; wherein the current time is later than the second time.

[0020] As another optional implementation, in the first aspect of the embodiment of the present application, the method further includes:

[0021] When the first smart chopsticks detect that the thick rear end of the first smart chopsticks contacts the smart wrist wearable device at a first time, obtaining a fetal movement curve stored by the smart wrist wearable device up to the first time on the same day as a first fetal movement curve;

[0022] When the second smart chopsticks detect that the thick rear end of the second smart chopsticks contacts the smart wrist wearable device at a second time, the second smart chopsticks obtain a fetal movement curve stored by the smart wrist wearable device up to the second time on the same day as the second fetal movement curve; wherein the second time is later than the first time;

[0023] The first smart chopsticks broadcast a first broadcast message including the first time and the first fetal movement curve;

[0024] The second smart chopsticks broadcast a second broadcast message including the second time and the second fetal movement curve;

[0025] The first smart chopsticks detect the second broadcast message, and when it is identified that the first fetal movement curve is the same as the second fetal movement curve included in the second broadcast message, and when it is identified that the second time is later than the first time, it is determined that the first smart chopsticks and the second smart chopsticks are being used by the same pregnant woman, and the wireless access point built into the first smart chopsticks is activated; or, the first smart chopsticks detect the second broadcast message, and when it is identified that the first fetal movement curve is a part of the second fetal movement curve included in the second broadcast message, and when it is identified that the second time is later than the first time, it is determined that the first smart chopsticks and the second smart chopsticks are being used by the same pregnant woman, and the wireless access point built into the first smart chopsticks is activated;

[0026] And, after starting the wireless access point, the first smart chopsticks broadcast a wireless access point access permission prompt message including a unique identifier of the wireless access point, a legal access key of the wireless access point, and the second fetal movement curve;

[0027] And, the second smart chopsticks intercept the first broadcast message, and when it is identified that the second fetal movement curve is the same as the first fetal movement curve included in the first broadcast message, and when it is identified that the second time is later than the first time, it is determined that the first smart chopsticks and the second smart chopsticks are being used by the same pregnant woman, and enter the state of waiting for wireless connection; or, the second smart chopsticks intercept the first broadcast message, and when it is identified that the first fetal movement curve is a part of the second fetal movement curve, and when it is identified that the second time is later than the first time, it is determined that the first smart chopsticks and the second smart chopsticks are being used by the same pregnant woman, and enter the state of waiting for wireless connection;

[0028] And, after entering the waiting wireless connection state, the second smart chopsticks intercept the wireless access point access permission prompt message, and when recognizing that the second smart chopsticks have stored the second fetal movement curve, access the wireless access point according to the unique identifier of the wireless access point and the legal access key of the wireless access point included in the wireless access point access permission prompt message, thereby establishing a wireless connection between the second smart chopsticks and the first smart chopsticks;

[0029] Furthermore, when the smart wrist wearable device detects the access permission prompt message of the wireless access point and identifies that the fetal movement curve from the day to the current time stored by the smart wrist wearable device is consistent with the second fetal movement curve, or identifies that the second fetal movement curve is a part of the fetal movement curve from the day to the current time stored by the smart wrist wearable device, the wireless access point is accessed according to the unique identifier of the wireless access point and the legal access key of the wireless access point contained in the wireless access point access permission prompt message, thereby establishing a wireless connection between the smart wrist wearable device and the first smart chopsticks; wherein the current time is later than the second time.

[0030] As another optional implementation, in the first aspect of the embodiment of the present application, the first smart chopsticks are pre-configured with a list of foods with high calcium content, and the first smart chopsticks determine whether the target food is a food with high calcium content, including:

[0031] The first smart chopsticks determine whether the target food belongs to a certain food in the list of foods with high calcium content; if so, determine that the target food is a food with high calcium content; if not, determine that the target food is not a food with high calcium content.

[0032] The second aspect of the embodiment of the present application discloses a human-computer interaction system for dining during pregnancy, the system comprising smart tableware, wherein:

[0033] The smart tableware is used to identify whether the target food to be selected by the pregnant woman is a target food with a high calcium content; if so, output a prompt message, and the prompt message is used to prompt that the target food is a food with a high calcium content.

[0034] As an optional implementation, in the second aspect of the embodiment of the present application, the system further includes a smart wrist wearable device, the smart wrist wearable device is worn on the wrist of a pregnant woman, the smart tableware includes a first smart chopstick and a second smart chopstick, the first micro camera is sealed and built into a transparent end cover at the thin front end of the first smart chopstick, the second micro camera is sealed and built into a transparent end cover at the thin front end of the second smart chopstick, and the smart tableware identifies whether the target food to be selected by the pregnant woman is a target food with a high calcium content in the following manner:

[0035] The first smart chopsticks capture, through the first micro camera, an image of the food approaching the transparent end cover of the thin front end of the first smart chopsticks held by the pregnant woman as a first image of the food;

[0036] The second smart chopsticks capture, by the second micro camera, an image of the food approaching the transparent end cover of the thin front end of the second smart chopsticks held by the pregnant woman as a second image of the food, and send the second image of the food to the first smart chopsticks;

[0037] When the first smart chopsticks recognize, based on the first food image and the second food image, that the food approached by the transparent end cover of the thin front end of the first smart chopsticks is the same as the food approached by the transparent end cover of the thin front end of the second smart chopsticks, the first smart chopsticks determine that the food is the target food to be selected by the pregnant woman, and judge whether the target food is a food with a high calcium content;

[0038] The smart tableware outputs prompt information in the following manner:

[0039] The first smart chopsticks send prompt information to the smart wrist wearable device;

[0040] The smart wrist wearable device receives and outputs the prompt information.

[0041] As another optional implementation, in the second aspect of the embodiments of the present application:

[0042] The first smart chopsticks are further used to obtain, when detecting that the thick rear end of the first smart chopsticks contacts the smart wrist wearable device at the first time, a fetal movement curve stored by the smart wrist wearable device up to the first time on the same day as the first fetal movement curve;

[0043] The second smart chopsticks are further used to obtain, when detecting that the thick rear end of the second smart chopsticks contacts the smart wrist wearable device at a second time, a fetal movement curve stored by the smart wrist wearable device up to the second time on the same day as a second fetal movement curve; wherein the second time is later than the first time;

[0044] The first smart chopsticks are further used to broadcast a broadcast message including the first time, the first fetal movement curve, a unique identifier of a wireless access point of the first smart chopsticks, and a legal access key of the wireless access point under the triggering of a first gesture of the pregnant woman;

[0045] The second smart chopsticks are further used to intercept the broadcast message under the triggering of the second gesture of the pregnant woman, and when it is identified that the second time is later than the first time included in the broadcast message, and when it is identified that the second fetal movement curve is consistent with the first fetal movement curve included in the broadcast message, determine that the first smart chopsticks and the second smart chopsticks are being used by the same pregnant woman, and access the wireless access point according to the unique identifier of the wireless access point of the first smart chopsticks and the legal access key of the wireless access point, thereby establishing a wireless connection between the second smart chopsticks and the first smart chopsticks; or, the second smart chopsticks are further used to intercept the broadcast message under the triggering of the second gesture of the pregnant woman, and when it is identified that the second time is later than the first time included in the broadcast message, and when it is identified that the first fetal movement curve included in the broadcast message is a part of the second fetal movement curve, determine that the first smart chopsticks and the second smart chopsticks are being used by the same pregnant woman, and access the wireless access point according to the unique identifier of the wireless access point of the first smart chopsticks and the legal access key of the wireless access point, thereby establishing a wireless connection between the second smart chopsticks and the first smart chopsticks;

[0046] The smart wrist wearable device is also used to intercept the broadcast message under the triggering of the second gesture of the pregnant woman, and when it is identified that the fetal movement curve from the day to the current time stored in the smart wrist wearable device is consistent with the first fetal movement curve contained in the broadcast message, access the wireless access point according to the unique identifier of the wireless access point of the first smart chopsticks and the legal access key of the wireless access point, thereby establishing a wireless connection between the smart wrist wearable device and the first smart chopsticks; or, the smart wrist wearable device is also used to intercept the broadcast message under the triggering of the second gesture of the pregnant woman, and when it is identified that the first fetal movement curve contained in the broadcast message belongs to a part of the fetal movement curve from the day to the current time stored in the smart wrist wearable device, access the wireless access point according to the unique identifier of the wireless access point of the first smart chopsticks and the legal access key of the wireless access point, thereby establishing a wireless connection between the smart wrist wearable device and the first smart chopsticks; wherein the current time is later than the second time.

[0047] As another optional implementation, in the second aspect of the embodiments of the present application:

[0048] The first smart chopsticks are further used to obtain, when detecting that the thick rear end of the first smart chopsticks contacts the smart wrist wearable device at the first time, a fetal movement curve stored by the smart wrist wearable device up to the first time on the same day as the first fetal movement curve;

[0049] The second smart chopsticks are further used to obtain, when detecting that the thick rear end of the second smart chopsticks contacts the smart wrist wearable device at a second time, a fetal movement curve stored by the smart wrist wearable device up to the second time on the same day as a second fetal movement curve; wherein the second time is later than the first time;

[0050] The first smart chopsticks are further used to broadcast a first broadcast message including the first time and the first fetal movement curve;

[0051] The second smart chopsticks are further used to broadcast a second broadcast message including the second time and the second fetal movement curve;

[0052] The first smart chopsticks are further used to intercept the second broadcast message, and when it is identified that the first fetal movement curve is the same as the second fetal movement curve included in the second broadcast message, and when it is identified that the second time is later than the first time, it is determined that the first smart chopsticks and the second smart chopsticks are being used by the same pregnant woman, and the wireless access point built into the first smart chopsticks is activated; or, the first smart chopsticks are further used to intercept the second broadcast message, and when it is identified that the first fetal movement curve is a part of the second fetal movement curve included in the second broadcast message, and when it is identified that the second time is later than the first time, it is determined that the first smart chopsticks and the second smart chopsticks are being used by the same pregnant woman, and the wireless access point built into the first smart chopsticks is activated;

[0053] Furthermore, the first smart chopsticks are further used to broadcast a wireless access point access permission prompt message including a unique identifier of the wireless access point, a legal access key of the wireless access point, and the second fetal movement curve after starting the wireless access point;

[0054] Furthermore, the second smart chopsticks are further used to intercept the first broadcast message, and when it is identified that the second fetal movement curve is the same as the first fetal movement curve included in the first broadcast message, and when it is identified that the second time is later than the first time, it is determined that the first smart chopsticks and the second smart chopsticks are being used by the same pregnant woman, and the wireless connection state is entered; or, the second smart chopsticks are further used to intercept the first broadcast message, and when it is identified that the first fetal movement curve is a part of the second fetal movement curve, and when it is identified that the second time is later than the first time, it is determined that the first smart chopsticks and the second smart chopsticks are being used by the same pregnant woman, and the wireless connection state is entered;

[0055] And, the second smart chopsticks are further used to intercept the wireless access point access permission prompt message after entering the waiting wireless connection state, and when it is recognized that the second smart chopsticks have stored the second fetal movement curve, access the wireless access point according to the unique identifier of the wireless access point and the legal access key of the wireless access point included in the wireless access point access permission prompt message, thereby establishing a wireless connection between the second smart chopsticks and the first smart chopsticks;

[0056] In addition, the smart wrist wearable device is also used to listen to the wireless access point access permission prompt message, and when it is identified that the fetal movement curve from the day to the current time stored by the smart wrist wearable device is consistent with the second fetal movement curve, or when it is identified that the second fetal movement curve belongs to a part of the fetal movement curve from the day to the current time stored by the smart wrist wearable device, access the wireless access point according to the unique identifier of the wireless access point and the legal access key of the wireless access point contained in the wireless access point access permission prompt message, thereby establishing a wireless connection between the smart wrist wearable device and the first smart chopsticks; wherein the current time is later than the second time.

[0057] As another optional implementation, in the second aspect of the embodiment of the present application, the first smart chopsticks are pre-configured with a list of foods with high calcium content, and the first smart chopsticks determine whether the target food is a food with high calcium content in the following manner:

[0058] The first smart chopsticks determine whether the target food belongs to a certain food in the list of foods with high calcium content; if so, determine that the target food is a food with high calcium content; if not, determine that the target food is not a food with high calcium content.

[0059] A third aspect of an embodiment of the present application discloses a computer-readable storage medium, which stores a computer program, wherein the computer program, when executed by a processor, implements any one of the human-computer interaction methods disclosed in the first aspect of the embodiment of the present application.

[0060] A fourth aspect of an embodiment of the present application discloses a computer program product, including a computer program, and when the computer program is executed by a processor, the human-computer interaction method disclosed in any one of the first aspects of the embodiment of the present application is implemented.

[0061] Compared with the prior art, the embodiments of the present application have the following beneficial effects:

[0062] In the embodiment of the present application, the smart tableware can identify whether the target food to be selected by the pregnant woman is a target food with a high calcium content. If so, the pregnant woman is prompted that the target food is a food with a high calcium content so that the pregnant woman can eat it in a targeted manner, thereby ensuring that the pregnant woman obtains sufficient calcium, which is beneficial to reducing the risk of calcium deficiency in pregnant women and promoting the health of mothers and babies. BRIEF DESCRIPTION OF THE DRAWINGS

[0063] In order to more clearly illustrate the technical solutions in the embodiments of the present application, the drawings required for use in the embodiments will be briefly introduced below. Obviously, the drawings described below are only some embodiments of the present application. For ordinary technicians in this field, other drawings can be obtained based on these drawings without creative work.

[0064] Figure 1 It is a flowchart of a first embodiment of a human-computer interaction method for dining during pregnancy disclosed in an embodiment of the present application;

[0065] Figure 2 It is a flow chart of a second embodiment of the human-computer interaction method for dining during pregnancy disclosed in the embodiment of the present application;

[0066] Figure 3 is a schematic diagram of the structure of the first smart chopsticks disclosed in an embodiment of the present application;

[0067] Figure 4 It is a flow chart of a third embodiment of the human-computer interaction method for dining during pregnancy disclosed in the embodiments of the present application;

[0068] Figure 5 It is a flowchart of a fourth embodiment of the human-computer interaction method for dining during pregnancy disclosed in the embodiments of the present application;

[0069] Figure 6 It is a schematic diagram of the architecture of the human-computer interaction system for dining during pregnancy disclosed in the embodiment of the present application. DETAILED DESCRIPTION

[0070] The following will be combined with the drawings in the embodiments of the present application to clearly and completely describe the technical solutions in the embodiments of the present application. Obviously, the described embodiments are only part of the embodiments of the present application, not all of the embodiments. Based on the embodiments in the present application, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of this application.

[0071] It should be noted that the terms "including" and "having" in the embodiments of the present application and any variations thereof are intended to cover non-exclusive inclusions. For example, a process, method, system, product or device comprising a series of steps or units is not necessarily limited to those steps or units clearly listed, but may include other steps or units that are not clearly listed or inherent to these processes, methods, products or devices.

[0072] The embodiment of the present application discloses a human-computer interaction method and related products for dining during pregnancy, which can identify whether the target food to be selected by the pregnant woman is a target food with high calcium content. If so, the pregnant woman is prompted that the target food is a food with high calcium content, so that the pregnant woman can eat it in a targeted manner, thereby ensuring that the pregnant woman obtains sufficient calcium, which is beneficial to reducing the risk of calcium deficiency in pregnant women and promoting the health of mother and baby. The following is a detailed description with reference to the accompanying drawings.

[0073] See also Figure 1 , Figure 1 1 is a flow chart of the first embodiment of the human-computer interaction method for eating during pregnancy disclosed in the embodiment of the present application. Figure 1 As shown, the human-computer interaction method for dining during pregnancy may include the following steps:

[0074] 101. The smart tableware identifies whether the target food to be selected by the pregnant woman is a target food with high calcium content; if so, execute step 102; if not, end this process.

[0075] Exemplarily, the smart tableware may include but is not limited to smart chopsticks or smart forks.

[0076] In some optional embodiments, a micro camera may be provided on the smart tableware (such as smart chopsticks), and the smart tableware may use the micro camera to identify whether the target food to be selected by a pregnant woman using the smart tableware is a target food with a high calcium content.

[0077] In some optional embodiments, the smart tableware (such as smart chopsticks) may be pre-configured with a list of foods high in calcium, which may include some common foods high in calcium, such as milk, yogurt, cheese, shrimp, crab, mussel, sea cucumber, tofu, soybean, black bean, soy, red bean, spinach, amaranth, mustard, rape, water spinach, bell pepper, almond, walnut, cashew, etc. Accordingly, the smart tableware may use a micro camera to identify whether the target food to be selected by the pregnant woman using the smart tableware belongs to a certain food in the list of foods high in calcium; if so, it is determined that the target food belongs to a food high in calcium; otherwise, if not, it is determined that the target food does not belong to a food high in calcium.

[0078] 102. The smart tableware outputs prompt information, where the prompt information is used to prompt that the target food is a food with high calcium content.

[0079] In some optional embodiments, the smart tableware may output prompt information in the form of voice and / or text to indicate that the target food is a food with a high calcium content.

[0080] Implementation Figure 1 The human-computer interaction method described, the smart tableware can identify whether the target food to be selected by the pregnant woman is a target food with high calcium content. If so, the pregnant woman is prompted that the target food is a food with high calcium content so that the pregnant woman can eat it in a targeted manner, thereby ensuring that the pregnant woman obtains adequate calcium, which is beneficial to reducing the risk of calcium deficiency in pregnant women and promoting the health of mothers and babies.

[0081] See also Figure 2 , Figure 2 It is a flow chart of the second embodiment of the human-computer interaction method for dining during pregnancy disclosed in the embodiment of the present application. Figure 2 The human-computer interaction method for eating during pregnancy is applicable to smart tableware, which includes a first smart chopstick and a second smart chopstick; wherein the first micro camera is sealed and built into a transparent end cover at the thin front end of the first smart chopstick, and the second micro camera is sealed and built into a transparent end cover at the thin front end of the second smart chopstick. Figure 3 , Figure 3 Schematic diagram of the structure of the first smart chopsticks disclosed in the embodiment of the present application. Figure 3As shown, 30 represents the first smart chopsticks, 301 represents the thick rear end of the first smart chopsticks 30, 302 represents the thin front end of the first smart chopsticks 30, 3021 represents the transparent end cover of the thin front end 302 of the first smart chopsticks 30, and 3022 represents the first micro camera (represented by a dotted frame). Among them, the first micro camera 3022 is sealed and built into the transparent end cover 3021 of the thin front end 302 of the first smart chopsticks 30. Among them, the first micro camera 3022 can clearly capture the image of the food approaching the transparent end cover 3021 of the thin front end 302 of the first smart chopsticks 30 when the pregnant woman holds the food through the transparent end cover 3021 of the thin front end 302 of the first smart chopsticks 30. The structure of the second smart chopsticks is the same as that of the first smart chopsticks 30, and the embodiments of the present application are not repeated here. Furthermore, in Figure 2 In the human-computer interaction method for eating during pregnancy, the smart wrist wearable device can be worn on the wrist of the pregnant woman. For example, the smart wrist wearable device can include but is not limited to a smart watch, a smart bracelet, etc. Figure 2 As shown, the human-computer interaction method for dining during pregnancy may include the following steps:

[0082] 201. The first smart chopsticks capture, through the first micro camera, an image of food approaching the transparent end cover of the thin front end of the first smart chopsticks held by the pregnant woman as a first image of the food.

[0083] 202. The second smart chopsticks capture an image of the food approaching the transparent end cover of the thin front end of the second smart chopsticks held by the pregnant woman through the second micro camera as a second image of the food, and send the second image of the food to the first smart chopsticks.

[0084] In actual application, a pregnant woman can use one of her hands (such as the right hand) to hold the first smart chopsticks and the second smart chopsticks at the same time, and move the first smart chopsticks and the second smart chopsticks so that the transparent end cover at the thin front end of the first smart chopsticks and the transparent end cover at the thin front end of the second smart chopsticks approach a certain food at the same time; accordingly, the first smart chopsticks can capture the image of the food that the transparent end cover of the thin front end of the first smart chopsticks approaches when held by the pregnant woman through its first micro camera, as the first image of the food; and the second smart chopsticks can capture the image of the food that the transparent end cover of the thin front end of the second smart chopsticks approaches when held by the pregnant woman through its second micro camera, as the second image of the food.

[0085] In the embodiment of the present application, a wireless connection between the second smart chopsticks and the first smart chopsticks can be established in advance. Accordingly, the second smart chopsticks can send the second image of the food to the first smart chopsticks through the pre-established wireless connection between the second smart chopsticks and the first smart chopsticks.

[0086] In some optional embodiments, the first smart chopsticks and the second smart chopsticks are also respectively equipped with built-in contact sensors. When the built-in contact sensor of the first smart chopsticks detects that the first smart chopsticks are being held, the first smart chopsticks can activate its first micro camera; when the built-in contact sensor of the first smart chopsticks detects that the first smart chopsticks are not being held, the first smart chopsticks can turn off its first micro camera; similarly, when the built-in contact sensor of the second smart chopsticks detects that the second smart chopsticks are being held, the second smart chopsticks can activate its second micro camera; when the built-in contact sensor of the second smart chopsticks detects that the second smart chopsticks are not being held, the second smart chopsticks can turn off its second micro camera.

[0087] It is understandable that the above-mentioned step 201 and step 202 can be executed simultaneously; or, step 202 can be executed first, and then step 201, which is not limited in the embodiment of the present application.

[0088] 203. When the first smart chopsticks recognize, based on the first image of the food and the second image of the food, that the food approached by the transparent end cover of the thin front end of the first smart chopsticks is the same as the food approached by the transparent end cover of the thin front end of the second smart chopsticks, the first smart chopsticks determine that the food is the target food to be selected by the pregnant woman.

[0089] Among them, the first smart chopsticks can use food image recognition technology to perform food recognition on the first food image to determine the food that the transparent end cover of the thin front end of the first smart chopsticks is approaching; and the first smart chopsticks can use food image recognition technology to perform food recognition on the second food image to determine the food that the transparent end cover of the thin front end of the second smart chopsticks is approaching; and the first smart chopsticks recognize whether the food that the transparent end cover of the thin front end of the first smart chopsticks is approaching is the same as the food that the transparent end cover of the thin front end of the second smart chopsticks is approaching. If so, determine that the food is the target food to be selected by the pregnant woman; if not, determine that the food is not the target food to be selected by the pregnant woman.

[0090] Exemplarily, the above-mentioned food image recognition technology includes but is not limited to a deep convolutional neural network (CNN) or a generative adversarial network (GAN).

[0091] 204. The first smart chopsticks determine whether the target food is a food with high calcium content; if so, execute step 205; if not, end this process.

[0092] Exemplarily, the first smart chopsticks are pre-configured with a list of foods with high calcium content. Accordingly, the first smart chopsticks can determine whether the target food belongs to a certain food in the list of foods with high calcium content; if so, it is determined that the target food is a food with high calcium content; if not, it is determined that the target food is not a food with high calcium content.

[0093] 205. The first smart chopsticks send a prompt message to the smart wrist wearable device, where the prompt message is used to prompt that the target food is a food with a high calcium content.

[0094] 206. The smart wrist wearable device receives and outputs the prompt information.

[0095] In the embodiment of the present application, a wireless connection between the smart wrist wearable device and the first smart chopsticks can be pre-established, and accordingly, the first smart chopsticks can send a prompt message to the smart wrist wearable device to indicate that the target food is a food with a high calcium content through the pre-established wireless connection between the smart wrist wearable device and the first smart chopsticks. The first smart chopsticks can send the prompt message to indicate that the target food is a food with a high calcium content in voice and / or text.

[0096] Implementation Figure 2 The described human-computer interaction method can identify that the target food to be selected by the pregnant woman is a target food with a high calcium content, and prompt the pregnant woman that the target food is a food with a high calcium content so that the pregnant woman can eat it in a targeted manner, thereby ensuring that the pregnant woman obtains adequate calcium, which is beneficial to reducing the risk of calcium deficiency in pregnant women and promoting the health of mothers and babies.

[0097] See also Figure 4 , Figure 4 It is a flow chart of the third embodiment of the human-computer interaction method during meals during pregnancy disclosed in the embodiments of the present application. Figure 4 The human-computer interaction method for eating during pregnancy is applicable to smart tableware, which includes a first pair of smart chopsticks and a second pair of smart chopsticks; wherein the first micro camera is sealed and built into a transparent end cover at the thin front end of the first smart chopsticks, and the second micro camera is sealed and built into a transparent end cover at the thin front end of the second smart chopsticks. The structure of the first smart chopsticks can refer to Figure 3 As shown, the structure of the second smart chopsticks is the same as that of the first smart chopsticks. Figure 4 In the human-computer interaction method during meals during pregnancy shown, the smart wrist wearable device can be worn on the wrist of the pregnant woman. For example, the smart wrist wearable device can include but is not limited to smart watches, smart bracelets, etc. Furthermore, in some optional embodiments, the pregnant woman can also wear a fetal movement monitoring cloth cover, which is connected to the smart wrist wearable device (such as wirelessly connected). The fetal movement monitoring cloth cover can monitor the fetal movement data of the pregnant woman (such as fetal movement intensity value and time) in real time and transmit it to the smart wrist wearable device, and the smart wrist wearable device generates or updates the fetal movement curve of the pregnant woman stored in the smart wrist wearable device based on the fetal movement data. For example, the smart wrist wearable device can connect the fetal movement intensity values ​​of the pregnant woman in sequence in chronological order, so as to generate or update the fetal movement curve of the pregnant woman stored in the smart wrist wearable device. As Figure 4 As shown, the human-computer interaction method for dining during pregnancy may include the following steps:

[0098] 401. When the first smart chopsticks detect that the thick rear end of the first smart chopsticks contacts the smart wrist wearable device at the first time, the fetal movement curve of the day up to the first time stored in the smart wrist wearable device is obtained as the first fetal movement curve.

[0099] In an embodiment of the present application, the first smart chopsticks can use a contact sensor to detect that the thick rear end of the first smart chopsticks contacts the smart wrist wearable device at the first time, and read the fetal movement curve stored in the smart wrist wearable device through radio frequency identification (RFID), and extract the fetal movement curve from the day up to the first time from the fetal movement curve stored in the smart wrist wearable device as the first fetal movement curve.

[0100] 402. When the second smart chopsticks detect that the thick rear end of the second smart chopsticks contacts the smart wrist wearable device at a second time, the second smart chopsticks obtain a fetal movement curve stored in the smart wrist wearable device up to the second time on the same day as the second fetal movement curve; wherein the second time is later than the first time.

[0101] In an embodiment of the present application, the second smart chopsticks can use a contact sensor to detect that the thick rear end of the second smart chopsticks contacts the smart wrist wearable device at a second time, and read the fetal movement curve stored in the smart wrist wearable device through RFID, and extract the fetal movement curve from the day to the second time from the fetal movement curve stored in the smart wrist wearable device as the second fetal movement curve.

[0102] In some embodiments, the interval between the first time and the second time is within a specified interval. For example, the specified interval may be 5 seconds.

[0103] 403. The first smart chopsticks are triggered by the first gesture of the pregnant woman to broadcast a broadcast message including the first time, the first fetal movement curve, the unique identifier of the wireless access point of the first smart chopsticks, and the legal access key of the wireless access point.

[0104] In an embodiment of the present application, after acquiring the first fetal movement curve, the first smart chopsticks can detect through a gesture sensor a first gesture (such as shaking up and down) made by the pregnant woman when one of her hands (such as the left hand) holds the first smart chopsticks. The first gesture of the pregnant woman is used to trigger the first smart chopsticks to broadcast a message. Correspondingly, the first smart chopsticks, triggered by the first gesture of the pregnant woman, broadcast a broadcast message containing the first time, the first fetal movement curve, the unique identifier of the wireless access point of the first smart chopsticks, and the legal access key of the wireless access point.

[0105] The unique identifier of the wireless access point of the first smart chopsticks is used to represent the unique identity of the wireless access point of the first smart chopsticks. Exemplarily, the legal access key of the wireless access point may be a legal access password.

[0106] 404. The second smart chopsticks are triggered by the second gesture of the pregnant woman and intercept the broadcast message. When identifying that the second time is later than the first time included in the broadcast message and identifying that the first fetal movement curve included in the broadcast message is a part of the second fetal movement curve, it is determined that the first smart chopsticks and the second smart chopsticks are being used by the same pregnant woman, and access the wireless access point according to the unique identifier of the wireless access point of the first smart chopsticks and the legal access key of the wireless access point, thereby establishing a wireless connection between the second smart chopsticks and the first smart chopsticks; wherein the first gesture of the pregnant woman is different from the second gesture of the pregnant woman.

[0107] In an embodiment of the present application, after acquiring the second fetal movement curve, the second smart chopsticks can detect through a gesture sensor a second gesture (such as shaking left and right) made by the pregnant woman when holding the second smart chopsticks with one hand (such as the hand of the pregnant woman wearing the smart wrist wearable device). The second gesture of the pregnant woman is used to trigger the second smart chopsticks to listen to the broadcast message, and the corresponding second smart chopsticks listen to the broadcast message under the triggering of the second gesture of the pregnant woman.

[0108] Alternatively, step 404 may be replaced by the following steps:

[0109] The second smart chopsticks are triggered by the second gesture of the pregnant woman and intercept the broadcast message. When identifying that the second time is later than the first time included in the broadcast message and identifying that the second fetal movement curve is consistent with the first fetal movement curve included in the broadcast message, it is determined that the first smart chopsticks and the second smart chopsticks are being used by the same pregnant woman, and access the wireless access point according to the unique identifier of the wireless access point of the first smart chopsticks and the legal access key of the wireless access point, thereby establishing a wireless connection between the second smart chopsticks and the first smart chopsticks; wherein the first gesture of the pregnant woman is different from the second gesture of the pregnant woman.

[0110] In the embodiment of the present application, implementing the above steps 401 to 404 can accurately establish a wireless connection between the first smart chopsticks and the second smart chopsticks being used by the same pregnant woman, thereby effectively preventing the smart chopsticks used by other people (such as other pregnant women) from being accidentally connected to the first smart chopsticks, and / or preventing the smart chopsticks used by other people (such as other pregnant women) from being accidentally connected to the second smart chopsticks.

[0111] 405. When the smart wrist wearable device is triggered by the second gesture of the pregnant woman and detects the broadcast message, and recognizes that the first fetal movement curve contained in the broadcast message belongs to a part of the fetal movement curve from the day to the current time stored in the smart wrist wearable device, the smart wrist wearable device accesses the wireless access point according to the unique identifier of the wireless access point of the first smart chopsticks and the legal access key of the wireless access point, thereby establishing a wireless connection between the smart wrist wearable device and the first smart chopsticks; wherein the current time is later than the second time.

[0112] In an embodiment of the present application, a pregnant woman wearing the smart wrist wearable device can hold the second smart chopsticks in one hand to make the pregnant woman's second gesture, so that the smart wrist wearable device and the second smart chopsticks can respectively detect the broadcast message under the triggering of the pregnant woman's second gesture.

[0113] Alternatively, step 405 may be replaced by the following steps:

[0114] The smart wrist wearable device is triggered by the second gesture of the pregnant woman and detects the broadcast message. When it is identified that the fetal movement curve from the day up to the current time stored in the smart wrist wearable device is consistent with the first fetal movement curve contained in the broadcast message, the smart wrist wearable device accesses the wireless access point according to the unique identifier of the wireless access point of the first smart chopsticks and the legal access key of the wireless access point, thereby establishing a wireless connection between the smart wrist wearable device and the first smart chopsticks; wherein the current time is later than the second time.

[0115] In the embodiment of the present application, the implementation of the above steps 401, 403 and 405 can accurately establish a wireless connection between the smart wrist wearable device worn by the pregnant woman and the first smart chopsticks used by the pregnant woman, thereby effectively preventing the smart chopsticks used by other people (such as other pregnant women) from being misconnected with the smart wrist wearable device worn by the pregnant woman.

[0116] 406. The first smart chopsticks capture, through the first micro camera, an image of the food approaching the transparent end cover of the thin front end of the first smart chopsticks held by the pregnant woman as a first image of the food.

[0117] 407. The second smart chopsticks capture, through their second micro camera, an image of the food approaching the transparent end cover of the thin front end of the second smart chopsticks held by the pregnant woman as a second image of the food, and send the second image of the food to the first smart chopsticks.

[0118] 408. When the first smart chopsticks recognize, based on the first image of the food and the second image of the food, that the food approached by the transparent end cover of the thin front end of the first smart chopsticks is the same as the food approached by the transparent end cover of the thin front end of the second smart chopsticks, the first smart chopsticks determine that the food is the target food to be selected by the pregnant woman.

[0119] 409. The first smart chopsticks determine whether the target food is a food with high calcium content; if so, execute step 410; if not, end this process.

[0120] 410. The first smart chopsticks send a prompt message to the smart wrist wearable device, where the prompt message is used to prompt that the target food is a food with a high calcium content.

[0121] 411. The smart wrist wearable device receives and outputs the prompt information.

[0122] Implementation Figure 4 The described human-computer interaction method can identify that the target food to be selected by the pregnant woman is a target food with a high calcium content, and prompt the pregnant woman that the target food is a food with a high calcium content so that the pregnant woman can eat it in a targeted manner, thereby ensuring that the pregnant woman obtains adequate calcium, which is beneficial to reducing the risk of calcium deficiency in pregnant women and promoting the health of mothers and babies.

[0123] See also Figure 5 , Figure 5 It is a flowchart of the fourth embodiment of the human-computer interaction method during meals during pregnancy disclosed in the embodiments of the present application. Figure 5 The human-computer interaction method for eating during pregnancy is applicable to smart tableware, which includes a first pair of smart chopsticks and a second pair of smart chopsticks; wherein the first micro camera is sealed and built into a transparent end cover at the thin front end of the first smart chopsticks, and the second micro camera is sealed and built into a transparent end cover at the thin front end of the second smart chopsticks. The structure of the first smart chopsticks can refer to Figure 3 As shown, the structure of the second smart chopsticks is the same as that of the first smart chopsticks. Figure 5 In the human-computer interaction method during meals during pregnancy shown, the smart wrist wearable device can be worn on the wrist of the pregnant woman. Furthermore, in some optional embodiments, the pregnant woman can also wear a fetal movement monitoring cloth cover, which is connected to the smart wrist wearable device (such as wirelessly connected). The fetal movement monitoring cloth cover can monitor the pregnant woman's fetal movement data (such as fetal movement intensity value and time) in real time and transmit it to the smart wrist wearable device, and the smart wrist wearable device generates or updates the fetal movement curve of the pregnant woman stored in the smart wrist wearable device based on the fetal movement data. For example, the smart wrist wearable device can connect the fetal movement intensity values ​​of the pregnant woman in sequence in chronological order, so as to generate or update the fetal movement curve of the pregnant woman stored in the smart wrist wearable device. Figure 5 As shown, the human-computer interaction method for dining during pregnancy may include the following steps:

[0124] 501. When the first smart chopsticks detect that the thick rear end of the first smart chopsticks contacts the smart wrist wearable device at the first time, the fetal movement curve of the day up to the first time stored in the smart wrist wearable device is obtained as the first fetal movement curve.

[0125] 502. When the second smart chopsticks detect that the thick rear end of the second smart chopsticks contacts the smart wrist wearable device at a second time, the second smart chopsticks obtain a fetal movement curve stored in the smart wrist wearable device up to the second time on the same day as the second fetal movement curve; wherein the second time is later than the first time.

[0126] 503. The first smart chopsticks broadcast a first broadcast message including a first time and a first fetal movement curve.

[0127] 504. The second smart chopsticks broadcast a second broadcast message including a second time and a second fetal movement curve.

[0128] 505. The first smart chopsticks detect the second broadcast message and, when recognizing that the first fetal movement curve is part of the second fetal movement curve included in the second broadcast message and recognizing that the second time is later than the first time, determine that the first smart chopsticks and the second smart chopsticks are being used by the same pregnant woman, and start the built-in wireless access point of the first smart chopsticks.

[0129] Wherein, step 505 can be replaced by the following steps:

[0130] The first smart chopsticks detect the second broadcast message, and when it is identified that the first fetal movement curve is the same as the second fetal movement curve included in the second broadcast message, and when it is identified that the second time is later than the first time, it is determined that the first smart chopsticks and the second smart chopsticks are being used by the same pregnant woman, and the built-in wireless access point of the first smart chopsticks is activated.

[0131] In the embodiment of the present application, the above steps 501 to 505 are implemented, and the first smart chopsticks only activate the built-in wireless access point of the first smart chopsticks when it is determined that the first smart chopsticks and the second smart chopsticks are being used by the same pregnant woman, thereby improving the accuracy of activating the built-in wireless access point of the first smart chopsticks, thereby effectively reducing the power consumption of the first smart chopsticks.

[0132] 506. After starting the wireless access point, the first smart chopsticks broadcast a wireless access point access permission prompt message including a unique identifier of the wireless access point, a legal access key of the wireless access point, and the second fetal movement curve.

[0133] 507. The second smart chopsticks detect the first broadcast message, and when recognizing that the first fetal movement curve is part of the second fetal movement curve and recognizing that the second time is later than the first time, determine that the first smart chopsticks and the second smart chopsticks are being used by the same pregnant woman, and enter a wireless connection waiting state.

[0134] Wherein, step 507 can be replaced by the following steps:

[0135] The second smart chopsticks detect the first broadcast message, and when it is identified that the second fetal movement curve is the same as the first fetal movement curve included in the first broadcast message, and when it is identified that the second time is later than the first time, it is determined that the first smart chopsticks and the second smart chopsticks are being used by the same pregnant woman, and enter the wireless connection waiting state.

[0136] 508. After entering the wireless connection waiting state, the second smart chopsticks intercept the access permission prompt message of the wireless access point, and when recognizing that the second smart chopsticks have stored the second fetal movement curve, access the wireless access point according to the unique identifier of the wireless access point and the legal access key of the wireless access point contained in the access permission prompt message of the wireless access point, thereby establishing a wireless connection between the second smart chopsticks and the first smart chopsticks.

[0137] In the embodiment of the present application, implementing the above steps 501 to 508 can accurately establish a wireless connection between the first smart chopsticks and the second smart chopsticks being used by the same pregnant woman, thereby effectively preventing the smart chopsticks used by other people (such as other pregnant women) from being accidentally connected to the first smart chopsticks, and / or preventing the smart chopsticks used by other people (such as other pregnant women) from being accidentally connected to the second smart chopsticks.

[0138] 509. When the smart wrist wearable device detects the access permission prompt message of the wireless access point and recognizes that the second fetal movement curve belongs to a part of the fetal movement curve of the day up to the current time stored by the smart wrist wearable device, the smart wrist wearable device accesses the wireless access point according to the unique identifier of the wireless access point and the legal access key of the wireless access point contained in the access permission prompt message of the wireless access point, thereby establishing a wireless connection between the smart wrist wearable device and the first smart chopsticks; wherein the current time is later than the second time.

[0139] Alternatively, step 509 may be replaced by the following steps:

[0140] When the smart wrist wearable device detects the access permission prompt message of the wireless access point and identifies that the fetal movement curve from the day to the current time stored in the smart wrist wearable device is consistent with the second fetal movement curve, the smart wrist wearable device accesses the wireless access point according to the unique identifier of the wireless access point and the legal access key of the wireless access point contained in the access permission prompt message of the wireless access point, thereby establishing a wireless connection between the smart wrist wearable device and the first smart chopsticks; wherein the current time is later than the second time.

[0141] In the embodiment of the present application, the implementation of the above steps 501 to 506 and step 509 can accurately establish a wireless connection between the smart wrist wearable device worn by the pregnant woman and the first smart chopsticks used by the pregnant woman, thereby effectively preventing the smart chopsticks used by other people (such as other pregnant women) from being misconnected to the smart wrist wearable device worn by the pregnant woman.

[0142] 510. The first smart chopsticks capture, through the first micro camera, an image of food approaching the transparent end cover of the thin front end of the first smart chopsticks held by the pregnant woman as a first image of food.

[0143] 511. The second smart chopsticks capture an image of the food approaching the transparent end cover of the thin front end of the second smart chopsticks held by the pregnant woman through the second micro camera as the second image of the food, and send the second image of the food to the first smart chopsticks.

[0144] 512. When the first smart chopsticks recognize, based on the first image of the food and the second image of the food, that the food approached by the transparent end cover of the thin front end of the first smart chopsticks is the same as the food approached by the transparent end cover of the thin front end of the second smart chopsticks, the first smart chopsticks determine that the food is the target food to be selected by the pregnant woman.

[0145] 513. The first smart chopsticks determine whether the target food is a food with high calcium content; if so, execute step 514; if not, end this process.

[0146] 514. The first smart chopsticks send a prompt message to the smart wrist wearable device, where the prompt message is used to prompt that the target food is a food with a high calcium content.

[0147] 515. The smart wrist wearable device receives and outputs the prompt information.

[0148] Implementation Figure 5 The described human-computer interaction method can identify that the target food to be selected by the pregnant woman is a target food with a high calcium content, and prompt the pregnant woman that the target food is a food with a high calcium content so that the pregnant woman can eat it in a targeted manner, thereby ensuring that the pregnant woman obtains adequate calcium, which is beneficial to reducing the risk of calcium deficiency in pregnant women and promoting the health of mothers and babies.

[0149] See also Figure 6 , Figure 6 Schematic diagram of the structure of the human-computer interaction system for eating during pregnancy disclosed in the embodiment of the present application. Figure 6 As shown, the smart tableware 601 includes:

[0150] The smart tableware 601 is used to identify whether the target food to be selected by the pregnant woman is a target food with a high calcium content; if so, output a prompt message, which is used to prompt that the target food is a food with a high calcium content.

[0151] As some optional implementations, Figure 6 The system shown also includes a smart wrist wearable device 602, which may include but is not limited to a smart watch, a smart bracelet, etc. The smart wrist wearable device 602 is worn on the wrist of the pregnant woman. Figure 6 In the system shown, the smart tableware 601 includes a first smart chopstick 6011 and a second smart chopstick 6012; wherein the first micro camera is sealed and built into a transparent end cover at the thin front end of the first smart chopstick 6011, and the second micro camera is sealed and built into a transparent end cover at the thin front end of the second smart chopstick 6012. The structure of the first smart chopstick 6011 can be referred to Figure 3 As shown, the structure of the second smart chopsticks 6012 is the same as that of the first smart chopsticks 6011.

[0152] Accordingly, the smart tableware 601 may identify whether the target food to be selected by the pregnant woman is a target food with high calcium content by:

[0153] The first smart chopsticks 6011 capture an image of the food approaching the transparent end cover of the thin front end of the first smart chopsticks 6011 held by the pregnant woman through the first micro camera as the first image of the food;

[0154] The second smart chopsticks 6012 capture an image of the food approaching the transparent end cover of the thin front end of the second smart chopsticks 6012 held by the pregnant woman through its second micro camera as the second image of the food, and send the second image of the food to the first smart chopsticks 6011;

[0155] Furthermore, when the first smart chopsticks 6011 recognize that the food approached by the thin front end transparent cover of the first smart chopsticks 6011 and the food approached by the thin front end transparent cover of the second smart chopsticks 6012 are the same according to the first image of the food and the second image of the food, the first smart chopsticks 6011 determine that the food is the target food to be selected by the pregnant woman, and determine whether the target food is a food with a high calcium content;

[0156] Correspondingly, the smart tableware 601 outputs the prompt information in the following manner:

[0157] The first smart chopsticks 6011 send a prompt message to the smart wrist wearable device 602;

[0158] And, the smart wrist wearable device 602 receives and outputs the prompt information.

[0159] As an optional implementation, in Figure 6 In the human-computer interaction system shown:

[0160] The first smart chopsticks 6011 are further used to obtain a fetal movement curve stored by the smart wrist wearable device 602 up to the first time on the same day when the thick rear end of the first smart chopsticks 6011 is detected to contact the smart wrist wearable device 602 at the first time, as the first fetal movement curve;

[0161] And, the second smart chopsticks 6012 are further used to obtain the fetal movement curve stored by the smart wrist wearable device 602 up to the second time on the same day when the thick rear end of the second smart chopsticks 6012 is detected to contact the smart wrist wearable device 602 at the second time, as the second fetal movement curve; wherein the second time is later than the first time;

[0162] Furthermore, the first smart chopsticks 6011 are further used to broadcast a broadcast message including the first time, the first fetal movement curve, the unique identifier of the wireless access point of the first smart chopsticks 6011, and the legal access key of the wireless access point under the triggering of the first gesture of the pregnant woman;

[0163] Furthermore, the second smart chopsticks 6012 are also used to intercept the broadcast message under the triggering of the second gesture of the pregnant woman, and when it is identified that the second time is later than the first time included in the broadcast message, and when it is identified that the second fetal movement curve is consistent with the first fetal movement curve included in the broadcast message, it is determined that the first smart chopsticks 6011 and the second smart chopsticks 6012 are being used by the same pregnant woman, and access the wireless access point according to the unique identifier of the wireless access point of the first smart chopsticks 6011 and the legal access key of the wireless access point, thereby establishing a wireless connection between the second smart chopsticks 6012 and the first smart chopsticks 6011 ; Or, the second smart chopsticks 6012 are further used to intercept the broadcast message under the trigger of the second gesture of the pregnant woman, and when it is identified that the second time is later than the first time included in the broadcast message, and when it is identified that the first fetal movement curve included in the broadcast message is part of the second fetal movement curve, it is determined that the first smart chopsticks 6011 and the second smart chopsticks 6012 are being used by the same pregnant woman, and access the wireless access point according to the unique identifier of the wireless access point of the first smart chopsticks 6011 and the legal access key of the wireless access point, thereby establishing a wireless connection between the second smart chopsticks 6012 and the first smart chopsticks 6011;

[0164] Furthermore, the smart wrist wearable device 602 is also used to intercept the broadcast message under the triggering of the second gesture of the pregnant woman, and when it is identified that the fetal movement curve stored in the smart wrist wearable device 602 from the day to the current time is consistent with the first fetal movement curve contained in the broadcast message, the wireless access point is accessed according to the unique identifier of the wireless access point of the first smart chopsticks 6011 and the legal access key of the wireless access point, thereby establishing a wireless connection between the smart wrist wearable device 602 and the first smart chopsticks 6011; or, the smart wrist wearable device 602 is also used to intercept the broadcast message under the triggering of the second gesture of the pregnant woman, and when it is identified that the first fetal movement curve contained in the broadcast message belongs to a part of the fetal movement curve stored in the smart wrist wearable device 602 from the day to the current time, the wireless access point is accessed according to the unique identifier of the wireless access point of the first smart chopsticks 6011 and the legal access key of the wireless access point, thereby establishing a wireless connection between the smart wrist wearable device 602 and the first smart chopsticks 6011; wherein the current time is later than the second time.

[0165] As another optional implementation, in Figure 6 In the human-computer interaction system shown:

[0166] The first smart chopsticks 6011 are further used to obtain a fetal movement curve stored by the smart wrist wearable device 602 up to the first time on the same day when the thick rear end of the first smart chopsticks 6011 is detected to contact the smart wrist wearable device 602 at the first time, as the first fetal movement curve;

[0167] The second smart chopsticks 6012 are further used to obtain the fetal movement curve stored by the smart wrist wearable device 602 up to the second time on the same day when the thick rear end of the second smart chopsticks 6012 is detected to contact the smart wrist wearable device 602 at the second time, as the second fetal movement curve; wherein the second time is later than the first time;

[0168] The first smart chopsticks 6011 are further used to broadcast a first broadcast message including a first time and a first fetal movement curve;

[0169] The second smart chopsticks 6012 are further used to broadcast a second broadcast message including a second time and a second fetal movement curve;

[0170] The first smart chopsticks 6011 are further used to intercept the second broadcast message, and when it is identified that the first fetal movement curve is the same as the second fetal movement curve included in the second broadcast message, and when it is identified that the second time is later than the first time, it is determined that the first smart chopsticks 6011 and the second smart chopsticks 6012 are being used by the same pregnant woman, and the wireless access point built into the first smart chopsticks 6011 is activated; or, the first smart chopsticks 6011 are further used to intercept the second broadcast message, and when it is identified that the first fetal movement curve is a part of the second fetal movement curve included in the second broadcast message, and when it is identified that the second time is later than the first time, it is determined that the first smart chopsticks 6011 and the second smart chopsticks 6012 are being used by the same pregnant woman, and the wireless access point built into the first smart chopsticks 6011 is activated;

[0171] Furthermore, the first smart chopsticks 6011 are further used to broadcast a wireless access point access permission prompt message including a unique identifier of the wireless access point, a legal access key of the wireless access point, and a second fetal movement curve after starting the wireless access point;

[0172] Furthermore, the second smart chopsticks 6012 are further used to intercept the first broadcast message, and when it is identified that the second fetal movement curve is the same as the first fetal movement curve included in the first broadcast message, and when it is identified that the second time is later than the first time, it is determined that the first smart chopsticks 6011 and the second smart chopsticks 6012 are being used by the same pregnant woman, and the wireless connection state is entered; or, the second smart chopsticks 6012 are further used to intercept the first broadcast message, and when it is identified that the first fetal movement curve is part of the second fetal movement curve, and when it is identified that the second time is later than the first time, it is determined that the first smart chopsticks 6011 and the second smart chopsticks 6012 are being used by the same pregnant woman, and the wireless connection state is entered;

[0173] Furthermore, the second smart chopsticks 6012 are further configured to intercept the access permission prompt message of the wireless access point after entering the wireless connection waiting state, and when recognizing that the second smart chopsticks 6012 have stored the second fetal movement curve included in the access permission prompt message of the wireless access point, access the wireless access point according to the unique identifier of the wireless access point and the legal access key of the wireless access point included in the access permission prompt message of the wireless access point, thereby establishing a wireless connection between the second smart chopsticks 6012 and the first smart chopsticks 6011;

[0174] In addition, the smart wrist wearable device 602 is also used to listen to the wireless access point access permission prompt message, and when it is identified that the fetal movement curve from the day to the current time stored in the smart wrist wearable device 602 is consistent with the second fetal movement curve contained in the wireless access point access permission prompt message, or when it is identified that the second fetal movement curve is part of the fetal movement curve from the day to the current time stored in the smart wrist wearable device 602, access the wireless access point according to the unique identifier of the wireless access point contained in the wireless access point access permission prompt message and the legal access key of the wireless access point, thereby establishing a wireless connection between the smart wrist wearable device 602 and the first smart chopsticks 6011; wherein, the current time is later than the second time.

[0175] As an optional implementation, the first smart chopsticks 6011 are pre-configured with a list of foods with high calcium content. Accordingly, the first smart chopsticks 6011 determine whether the target food is a food with high calcium content in the following manner:

[0176] The first smart chopsticks 6011 determine whether the target food belongs to a certain food in the list of foods with high calcium content; if so, it is determined that the target food is a food with high calcium content; if not, it is determined that the target food is not a food with high calcium content.

[0177] In some optional embodiments, the pregnant woman may also wear a fetal movement monitoring cloth cover, which is connected to the smart wrist wearable device 602 (such as wirelessly connected). The fetal movement monitoring cloth cover can monitor the fetal movement data of the pregnant woman (such as fetal movement intensity value and time) in real time and transmit it to the smart wrist wearable device 602, and the smart wrist wearable device 602 generates or updates the fetal movement curve of the pregnant woman stored in the smart wrist wearable device according to the fetal movement data. For example, the smart wrist wearable device 602 can sequentially connect the fetal movement intensity values ​​of the pregnant woman in chronological order, so as to generate or update the fetal movement curve of the pregnant woman stored in the smart wrist wearable device.

[0178] Implementation Figure 5 The described human-computer interaction system can identify that the target food to be selected by the pregnant woman is a target food with a high calcium content, and prompt the pregnant woman that the target food is a food with a high calcium content so that the pregnant woman can eat it in a targeted manner, thereby ensuring that the pregnant woman obtains sufficient calcium, which is beneficial to reducing the risk of calcium deficiency in pregnant women and promoting the health of mothers and babies.

[0179] An embodiment of the present invention discloses a computer-readable storage medium storing a computer program, wherein the computer program implements part or all of the steps in the above method embodiments when executed by a processor.

[0180] An embodiment of the present invention discloses a computer program product, including a computer program. When the computer program is executed by a processor, the computer program implements part or all of the steps in the above method embodiments.

[0181] An embodiment of the present invention discloses an application publishing platform, which is used to publish a computer program product. When the computer program product is run on a computer, the computer executes part or all of the steps of the method in the above method embodiments.

[0182] Those skilled in the art can understand that all or part of the steps in the various methods of the above embodiments can be completed by instructing related hardware through a program, and the program can be stored in a computer-readable storage medium, and the storage medium includes a read-only memory (ROM), a random access memory (RAM), a programmable read-only memory (PROM), an erasable programmable read-only memory (EPROM), a one-time programmable read-only memory (OTPROM), an electronically erasable rewritable read-only memory (EEPROM), a compact disc (CD-ROM) or other optical disc storage, magnetic disk storage, magnetic tape storage, or any other computer-readable medium that can be used to carry or store data.

[0183] The above is a detailed introduction to a human-computer interaction method for dining during pregnancy and related products disclosed in an embodiment of the present invention. Specific examples are used herein to illustrate the principles and implementation methods of the present invention. The description of the above embodiments is only used to help understand the method of the present invention and its core idea. At the same time, for those skilled in the art, according to the idea of ​​the present invention, there will be changes in the specific implementation methods and application scopes. In summary, the content of this specification should not be understood as limiting the present invention.

Claims

1. A human-computer interaction method for eating during pregnancy, characterized in that: The method comprises: The smart tableware identifies whether the target food to be selected by the pregnant woman is a target food with high calcium content; If so, the smart tableware outputs prompt information, where the prompt information is used to prompt that the target food is a food with high calcium content.

2. The human-computer interaction method according to claim 1, characterized in that: The smart wrist wearable device is worn on the wrist of a pregnant woman, the smart tableware includes a first smart chopstick and a second smart chopstick, a first micro camera is sealed and built into a transparent end cover at the thin front end of the first smart chopstick, and a second micro camera is sealed and built into a transparent end cover at the thin front end of the second smart chopstick. The smart tableware identifies whether a target food to be selected by the pregnant woman is a target food with a high calcium content, including: The first smart chopsticks capture, through the first micro camera, an image of the food approaching the transparent end cover of the thin front end of the first smart chopsticks held by the pregnant woman as a first image of the food; The second smart chopsticks capture, by the second micro camera, an image of the food approaching the transparent end cover of the thin front end of the second smart chopsticks held by the pregnant woman as a second image of the food, and send the second image of the food to the first smart chopsticks; When the first smart chopsticks recognize, based on the first food image and the second food image, that the food approached by the transparent end cover of the thin front end of the first smart chopsticks is the same as the food approached by the transparent end cover of the thin front end of the second smart chopsticks, the first smart chopsticks determine that the food is the target food to be selected by the pregnant woman, and judge whether the target food is a food with a high calcium content; The smart tableware outputs prompt information, including: The first smart chopsticks send prompt information to the smart wrist wearable device; The smart wrist wearable device receives and outputs the prompt information.

3. The human-computer interaction method according to claim 2, characterized in that: The method further comprises: When the first smart chopsticks detect that the thick rear end of the first smart chopsticks contacts the smart wrist wearable device at a first time, obtaining a fetal movement curve stored by the smart wrist wearable device up to the first time on the same day as a first fetal movement curve; When the second smart chopsticks detect that the thick rear end of the second smart chopsticks contacts the smart wrist wearable device at a second time, the second smart chopsticks obtain a fetal movement curve stored by the smart wrist wearable device up to the second time on the same day as the second fetal movement curve; wherein the second time is later than the first time; The first smart chopsticks, triggered by a first gesture of the pregnant woman, broadcast a broadcast message including the first time, the first fetal movement curve, a unique identifier of a wireless access point of the first smart chopsticks, and a legal access key of the wireless access point; The second smart chopsticks are triggered by the second gesture of the pregnant woman to intercept the broadcast message, and when it is identified that the second time is later than the first time included in the broadcast message and the second fetal movement curve is consistent with the first fetal movement curve included in the broadcast message, it is determined that the first smart chopsticks and the second smart chopsticks are being used by the same pregnant woman, and the wireless access point is accessed according to the unique identifier of the wireless access point of the first smart chopsticks and the legal access key of the wireless access point, thereby establishing a wireless connection between the second smart chopsticks and the first smart chopsticks; or, the second smart chopsticks are triggered by the second gesture of the pregnant woman to intercept the broadcast message, and when it is identified that the second time is later than the first time included in the broadcast message and the first fetal movement curve included in the broadcast message is a part of the second fetal movement curve, it is determined that the first smart chopsticks and the second smart chopsticks are being used by the same pregnant woman, and the wireless access point is accessed according to the unique identifier of the wireless access point of the first smart chopsticks and the legal access key of the wireless access point, thereby establishing a wireless connection between the second smart chopsticks and the first smart chopsticks; the first gesture of the pregnant woman is different from the second gesture of the pregnant woman; When the smart wrist wearable device is triggered by the second gesture of the pregnant woman, it listens to the broadcast message, and identifies that the fetal movement curve from the day to the current time stored in the smart wrist wearable device is consistent with the first fetal movement curve contained in the broadcast message, the smart wrist wearable device accesses the wireless access point according to the unique identifier of the wireless access point of the first smart chopsticks and the legal access key of the wireless access point, thereby establishing a wireless connection between the smart wrist wearable device and the first smart chopsticks; or, when the smart wrist wearable device is triggered by the second gesture of the pregnant woman, it listens to the broadcast message, and identifies that the first fetal movement curve contained in the broadcast message belongs to a part of the fetal movement curve from the day to the current time stored in the smart wrist wearable device, the smart wrist wearable device accesses the wireless access point according to the unique identifier of the wireless access point of the first smart chopsticks and the legal access key of the wireless access point, thereby establishing a wireless connection between the smart wrist wearable device and the first smart chopsticks; wherein the current time is later than the second time.

4. The human-computer interaction method according to claim 2, characterized in that: The method further comprises: When the first smart chopsticks detect that the thick rear end of the first smart chopsticks contacts the smart wrist wearable device at a first time, obtaining a fetal movement curve stored by the smart wrist wearable device up to the first time on the same day as a first fetal movement curve; When the second smart chopsticks detect that the thick rear end of the second smart chopsticks contacts the smart wrist wearable device at a second time, the second smart chopsticks obtain a fetal movement curve stored by the smart wrist wearable device up to the second time on the same day as the second fetal movement curve; wherein the second time is later than the first time; The first smart chopsticks broadcast a first broadcast message including the first time and the first fetal movement curve; The second smart chopsticks broadcast a second broadcast message including the second time and the second fetal movement curve; The first smart chopsticks detect the second broadcast message, and when it is identified that the first fetal movement curve is the same as the second fetal movement curve included in the second broadcast message, and when it is identified that the second time is later than the first time, it is determined that the first smart chopsticks and the second smart chopsticks are being used by the same pregnant woman, and the wireless access point built into the first smart chopsticks is activated; or, the first smart chopsticks detect the second broadcast message, and when it is identified that the first fetal movement curve is a part of the second fetal movement curve included in the second broadcast message, and when it is identified that the second time is later than the first time, it is determined that the first smart chopsticks and the second smart chopsticks are being used by the same pregnant woman, and the wireless access point built into the first smart chopsticks is activated; And, after starting the wireless access point, the first smart chopsticks broadcast a wireless access point access permission prompt message including a unique identifier of the wireless access point, a legal access key of the wireless access point, and the second fetal movement curve; And, the second smart chopsticks intercept the first broadcast message, and when it is identified that the second fetal movement curve is the same as the first fetal movement curve included in the first broadcast message, and when it is identified that the second time is later than the first time, it is determined that the first smart chopsticks and the second smart chopsticks are being used by the same pregnant woman, and enter the state of waiting for wireless connection; or, the second smart chopsticks intercept the first broadcast message, and when it is identified that the first fetal movement curve is a part of the second fetal movement curve, and when it is identified that the second time is later than the first time, it is determined that the first smart chopsticks and the second smart chopsticks are being used by the same pregnant woman, and enter the state of waiting for wireless connection; And, after entering the waiting wireless connection state, the second smart chopsticks intercept the wireless access point access permission prompt message, and when recognizing that the second smart chopsticks have stored the second fetal movement curve, access the wireless access point according to the unique identifier of the wireless access point and the legal access key of the wireless access point included in the wireless access point access permission prompt message, thereby establishing a wireless connection between the second smart chopsticks and the first smart chopsticks; Furthermore, when the smart wrist wearable device detects the access permission prompt message of the wireless access point and identifies that the fetal movement curve from the day to the current time stored by the smart wrist wearable device is consistent with the second fetal movement curve, or identifies that the second fetal movement curve is a part of the fetal movement curve from the day to the current time stored by the smart wrist wearable device, the wireless access point is accessed according to the unique identifier of the wireless access point and the legal access key of the wireless access point contained in the wireless access point access permission prompt message, thereby establishing a wireless connection between the smart wrist wearable device and the first smart chopsticks; wherein the current time is later than the second time.

5. The human-computer interaction method according to claim 2, 3 or 4, characterized in that: The first smart chopsticks are pre-configured with a list of foods with high calcium content, and the first smart chopsticks determine whether the target food is a food with high calcium content, including: The first smart chopsticks determine whether the target food belongs to a certain food in the list of foods with high calcium content; if so, determine that the target food is a food with high calcium content; if not, determine that the target food is not a food with high calcium content.

6. A human-computer interaction system for eating during pregnancy, characterized in that: The system comprises smart tableware, wherein: The smart tableware is used to identify whether the target food to be selected by the pregnant woman is a target food with a high calcium content; if so, output a prompt message, and the prompt message is used to prompt that the target food is a food with a high calcium content.

7. The human-computer interaction system according to claim 6, characterized in that: The system further comprises a smart wrist wearable device, which is worn on the wrist of a pregnant woman. The smart tableware comprises a first smart chopstick and a second smart chopstick. The first micro camera is sealed and built into a transparent end cover at the thin front end of the first smart chopstick, and the second micro camera is sealed and built into a transparent end cover at the thin front end of the second smart chopstick. The smart tableware identifies whether the target food to be selected by the pregnant woman is a target food with high calcium content in the following manner: The first smart chopsticks capture, through the first micro camera, an image of the food approaching the transparent end cover of the thin front end of the first smart chopsticks held by the pregnant woman as a first image of the food; The second smart chopsticks capture, by the second micro camera, an image of the food approaching the transparent end cover of the thin front end of the second smart chopsticks held by the pregnant woman as a second image of the food, and send the second image of the food to the first smart chopsticks; When the first smart chopsticks recognize, based on the first food image and the second food image, that the food approached by the transparent end cover of the thin front end of the first smart chopsticks is the same as the food approached by the transparent end cover of the thin front end of the second smart chopsticks, the first smart chopsticks determine that the food is the target food to be selected by the pregnant woman, and judge whether the target food is a food with a high calcium content; The smart tableware outputs prompt information in the following manner: The first smart chopsticks send prompt information to the smart wrist wearable device; The smart wrist wearable device receives and outputs the prompt information.

8. The human-computer interaction system according to claim 7, characterized in that ：： The first smart chopsticks are further used to obtain, when detecting that the thick rear end of the first smart chopsticks contacts the smart wrist wearable device at the first time, a fetal movement curve stored by the smart wrist wearable device up to the first time on the same day as the first fetal movement curve; The second smart chopsticks are further used to obtain, when detecting that the thick rear end of the second smart chopsticks contacts the smart wrist wearable device at a second time, a fetal movement curve stored by the smart wrist wearable device up to the second time on the same day as a second fetal movement curve; wherein the second time is later than the first time; The first smart chopsticks are further used to broadcast a broadcast message including the first time, the first fetal movement curve, a unique identifier of a wireless access point of the first smart chopsticks, and a legal access key of the wireless access point under the triggering of a first gesture of the pregnant woman; The second smart chopsticks are further used to intercept the broadcast message under the triggering of the second gesture of the pregnant woman, and when it is identified that the second time is later than the first time included in the broadcast message, and when it is identified that the second fetal movement curve is consistent with the first fetal movement curve included in the broadcast message, determine that the first smart chopsticks and the second smart chopsticks are being used by the same pregnant woman, and access the wireless access point according to the unique identifier of the wireless access point of the first smart chopsticks and the legal access key of the wireless access point, thereby establishing a wireless connection between the second smart chopsticks and the first smart chopsticks; or, the second smart chopsticks are further used to intercept the broadcast message under the triggering of the second gesture of the pregnant woman, and when it is identified that the second time is later than the first time included in the broadcast message, and when it is identified that the first fetal movement curve included in the broadcast message is a part of the second fetal movement curve, determine that the first smart chopsticks and the second smart chopsticks are being used by the same pregnant woman, and access the wireless access point according to the unique identifier of the wireless access point of the first smart chopsticks and the legal access key of the wireless access point, thereby establishing a wireless connection between the second smart chopsticks and the first smart chopsticks; The smart wrist wearable device is also used to intercept the broadcast message under the triggering of the second gesture of the pregnant woman, and when it is identified that the fetal movement curve from the day to the current time stored in the smart wrist wearable device is consistent with the first fetal movement curve contained in the broadcast message, access the wireless access point according to the unique identifier of the wireless access point of the first smart chopsticks and the legal access key of the wireless access point, thereby establishing a wireless connection between the smart wrist wearable device and the first smart chopsticks; or, the smart wrist wearable device is also used to intercept the broadcast message under the triggering of the second gesture of the pregnant woman, and when it is identified that the first fetal movement curve contained in the broadcast message belongs to a part of the fetal movement curve from the day to the current time stored in the smart wrist wearable device, access the wireless access point according to the unique identifier of the wireless access point of the first smart chopsticks and the legal access key of the wireless access point, thereby establishing a wireless connection between the smart wrist wearable device and the first smart chopsticks; wherein the current time is later than the second time.

9. The human-computer interaction system according to claim 7, characterized in that ：： The first smart chopsticks are further used to obtain, when detecting that the thick rear end of the first smart chopsticks contacts the smart wrist wearable device at the first time, a fetal movement curve stored by the smart wrist wearable device up to the first time on the same day as the first fetal movement curve; The second smart chopsticks are further used to obtain, when detecting that the thick rear end of the second smart chopsticks contacts the smart wrist wearable device at a second time, a fetal movement curve stored by the smart wrist wearable device up to the second time on the same day as a second fetal movement curve; wherein the second time is later than the first time; The first smart chopsticks are further used to broadcast a first broadcast message including the first time and the first fetal movement curve; The second smart chopsticks are further used to broadcast a second broadcast message including the second time and the second fetal movement curve; The first smart chopsticks are further used to intercept the second broadcast message, and when it is identified that the first fetal movement curve is the same as the second fetal movement curve included in the second broadcast message, and when it is identified that the second time is later than the first time, it is determined that the first smart chopsticks and the second smart chopsticks are being used by the same pregnant woman, and the wireless access point built into the first smart chopsticks is activated; or, the first smart chopsticks are further used to intercept the second broadcast message, and when it is identified that the first fetal movement curve is a part of the second fetal movement curve included in the second broadcast message, and when it is identified that the second time is later than the first time, it is determined that the first smart chopsticks and the second smart chopsticks are being used by the same pregnant woman, and the wireless access point built into the first smart chopsticks is activated; Furthermore, the first smart chopsticks are further used to broadcast a wireless access point access permission prompt message including a unique identifier of the wireless access point, a legal access key of the wireless access point, and the second fetal movement curve after starting the wireless access point; Furthermore, the second smart chopsticks are further used to intercept the first broadcast message, and when it is identified that the second fetal movement curve is the same as the first fetal movement curve included in the first broadcast message, and when it is identified that the second time is later than the first time, it is determined that the first smart chopsticks and the second smart chopsticks are being used by the same pregnant woman, and the wireless connection state is entered; or, the second smart chopsticks are further used to intercept the first broadcast message, and when it is identified that the first fetal movement curve is a part of the second fetal movement curve, and when it is identified that the second time is later than the first time, it is determined that the first smart chopsticks and the second smart chopsticks are being used by the same pregnant woman, and the wireless connection state is entered; And, the second smart chopsticks are further used to intercept the wireless access point access permission prompt message after entering the waiting wireless connection state, and when it is recognized that the second smart chopsticks have stored the second fetal movement curve, access the wireless access point according to the unique identifier of the wireless access point and the legal access key of the wireless access point included in the wireless access point access permission prompt message, thereby establishing a wireless connection between the second smart chopsticks and the first smart chopsticks; In addition, the smart wrist wearable device is also used to listen to the wireless access point access permission prompt message, and when it is identified that the fetal movement curve from the day to the current time stored by the smart wrist wearable device is consistent with the second fetal movement curve, or when it is identified that the second fetal movement curve belongs to a part of the fetal movement curve from the day to the current time stored by the smart wrist wearable device, access the wireless access point according to the unique identifier of the wireless access point and the legal access key of the wireless access point contained in the wireless access point access permission prompt message, thereby establishing a wireless connection between the smart wrist wearable device and the first smart chopsticks; wherein the current time is later than the second time.

10. The human-computer interaction system according to claim 7, 8 or 9, characterized in that: The first smart chopsticks are pre-configured with a list of foods high in calcium. The first smart chopsticks determine whether the target food is a food high in calcium by: The first smart chopsticks determine whether the target food belongs to a food in the list of foods with high calcium content; If yes, determining that the target food is a food with high calcium content; If not, it is determined that the target food is not a food with high calcium content.

11. A computer-readable storage medium, characterized in that: The computer-readable storage medium stores a computer program, wherein the computer program implements the method according to any one of claims 1 to 5 when executed by a processor.

12. A computer program product, characterized in that The method comprises a computer program, and when the computer program is executed by a processor, the method according to any one of claims 1 to 5 is implemented.

Images