WO2024007393A1 - Temperature monitoring method and temperature monitoring system - Google Patents

Abstract

A temperature monitoring method and a temperature monitoring system. The temperature monitoring method comprises the following steps: S1, starting a storage box and a thermometer, and performing Bluetooth pairing on the storage box and the thermometer; S2, the storage box and the thermometer entering an operating state after being paired; S3, the storage box receiving a signal transmitted by the thermometer and processing the signal; and S4, the storage box checking the state of connection of same with the thermometer, and if the storage box is disconnected from the thermometer, the storage box proceeding to step S1. In the temperature monitoring method disclosed in the present application, Bluetooth pairing is performed on a storage box and a thermometer, and a temperature signal measured by the thermometer is transmitted and fed back to the storage box for processing, for example, the storage box feeds back the current temperature in real time by means of its own display apparatus and can give an alarm prompt to a user; in addition, in the temperature monitoring process, the connection condition between the storage box and the thermometer is continuously checked, and when the connection is disconnected, pairing is performed again, thereby avoiding interruption of a temperature monitoring operation.

Description

Temperature monitoring method and temperature monitoring system

Cross-references to related applications

This application claims priority to the Chinese patent application with application number 202210790441.0 and titled "Temperature Monitoring Method and Temperature Monitoring System" submitted on July 6, 2022, the entire content of which is incorporated into this application by reference.

Technical field

The invention relates to the field of temperature measurement, and in particular to a temperature monitoring method and a temperature monitoring system.

Background technique

Currently, the common temperature monitoring technology on the market usually only has one component: a temperature sensing patch, which needs to be connected to a mobile phone APP to feedback the temperature value and its changes. The high temperature alarm requires the APP to be implemented through the mobile phone, and the APP needs to be kept in the foreground of the mobile phone. If the mobile phone is turned off, If the screen or APP is switched to the background program, the alarm function may become invalid. In modern society, young people are under high work pressure. When children are sick, grandparents sometimes take care of them. However, the elderly may not necessarily use the APP, which may aggravate the child's condition and delay the best treatment time.

Contents of the invention

Based on this, it is necessary to provide a temperature monitoring method and temperature monitoring system to address the problem that temperature monitoring is inconvenient to feedback the temperature value and its changes.

A temperature monitoring method includes the following steps: S1: Start the storage box and the thermometer, and pair the storage box and the thermometer via Bluetooth; S2: The storage box and the thermometer enter the working state after pairing; S3: The storage box receives the signal emitted by the thermometer, And process the signal; S4: The storage box detects the connection status with the thermometer, the storage box is disconnected from the thermometer, and the storage box enters step S1.

The temperature monitoring method disclosed in this application performs Bluetooth pairing between the storage box and the thermometer, and transmits the temperature signal measured by the thermometer back to the storage box for processing. For example, the storage box will feedback the current temperature in real time through its own display device, and can provide feedback to the user. An alarm prompt will be issued. In addition, during the temperature monitoring process, the connection status of the storage box and the thermometer will be continuously detected. When the connection is disconnected, they will be re-paired to avoid interruption of the temperature monitoring work. This temperature monitoring method is simple to operate, and the storage box can intuitively display the temperature value, preventing the elderly from missing the sick child's temperature signal and corresponding alarm prompts due to unfamiliarity with the operation of the mobile APP, and avoiding the aggravation of the child's condition and delaying the optimal treatment time. Condition.

In one embodiment, the specific steps for activating the storage box and the thermometer and pairing the storage box with the thermometer via Bluetooth are as follows: S11: After the storage box is turned on, detect whether there is pairing information. If there is no pairing information, start the storage box and the thermometer. Perform pairing; S13: The storage box searches for the thermometer for pairing based on the stored pairing information. After the storage box is turned on, it first detects the pairing information. When it is detected that there is no pairing information, the storage box enters the pairing state through operation, searches for the Bluetooth signal emitted by the nearby thermometer, and pairs with it after searching; when it detects that there is pairing information , the storage box will search for the thermometer corresponding to the pairing information, and pair it directly after searching.

In one embodiment, after the storage box is turned on, it detects whether there is pairing information. If there is no pairing information, the specific steps to start pairing the storage box with the thermometer are as follows: S111: Start the storage box and detect the pairing information in the storage box. If there is no pairing information in the storage box, the first prompt message is sent; S112: Long press the button on the storage box to pair according to the first prompt message; S113: The storage box is paired with the thermometer, and the storage box saves the pairing information. When the storage box detects that there is no pairing information, the user learns that the storage box currently does not have pairing information through the setting of the first prompt information, and then long presses the button on the storage box to perform the search and pairing operation. After the storage box and the thermometer are successfully paired for the first time, , the storage box will automatically save the pairing information, which can save detection time and improve Bluetooth pairing efficiency when pairing again.

In one embodiment, the specific steps for the storage box to search for a thermometer for pairing based on the stored pairing information are as follows: S131: Search for a thermometer within a preset time. If a thermometer is found, the searched thermometer will be set as a bound thermometer. ; S132: If the thermometer is not found within the preset time, proceed to step S11. When the storage box detects that there is pairing information, the storage box will search for the thermometer with stored information within the system's preset time. After searching for the thermometer, it will be bound to it and automatically complete the pairing operation, which is convenient and fast; if it is within the system's preset time No thermometer was found in the storage box, and the storage box will search and pair other thermometers again according to the operation without pairing information.

In one embodiment, after the storage box is turned on, it detects whether there is pairing information. If there is no pairing information, the step of starting the pairing of the storage box and the thermometer also includes: S12: the storage box displays the first state through the display panel. By displaying the first status on the display panel of the storage box, you can know whether the storage box and the thermometer are successfully paired, and then be reminded of the next step.

In one embodiment, the step of searching for thermometers for pairing based on the stored pairing information in the storage box also includes: S14: Comparing the signal strengths of the searched thermometers, and matching the storage box with the thermometer with the highest signal strength. Make a pairing. The storage box can display the signal strength of the searched thermometers, allowing users to compare and filter out the thermometers with the highest signal strength to ensure that the currently paired thermometer is the thermometer being used by the nearest user, ensuring that the source of the monitored temperature signal is accurate. .

In one embodiment, the storage box receives the signal emitted by the thermometer and processes the signal. The specific steps are as follows: the storage box receives the signal emitted by the thermometer, processes the signal and then broadcasts it. The storage box receives the body temperature signal emitted by the thermometer and processes it, displays the current temperature value in real time through its own display device, and issues a sound or vibration alarm to the user when the temperature exceeds the preset temperature value, prompting the user to check the situation and respond. .

In one embodiment, the storage box receives the temperature signal emitted by the thermometer and processes the temperature signal, followed by the following steps: S5: Control the storage box to enter the pairing mode and replace the bound thermometer. When the storage box needs to be replaced with a thermometer bound to it, the user can put the storage box back into pairing mode and change the binding to another thermometer through operation.

In one embodiment, the storage box is controlled to enter the pairing mode and the specific steps for replacing the bound thermometer are as follows: S51: Close the paired thermometer and unbind it; S52: Control the storage box to start searching for the thermometer. When other thermometers are found, Set the thermometer to bind the thermometer, and pair the storage box with other found thermometers via Bluetooth; S53: If no other thermometer is found in the storage box, it will continue to pair with the original bound thermometer via Bluetooth. When the storage box needs to replace the bound thermometer, first close the original bound thermometer to unbind it, and then re-search for other thermometers by operating the storage box. After searching, the other thermometers will be bound to Bluetooth pairing; if not retrieved For other thermometers, the storage box will continue to pair with the original bound thermometer via Bluetooth.

In one embodiment, the storage box receives the temperature signal emitted by the thermometer, and after processing the temperature signal, the following steps are performed: S6: Start the bracelet, and perform Bluetooth pairing of the bracelet and the storage box. By setting up Bluetooth pairing between the bracelet and the storage box, the bracelet can synchronize temperature information, display the current temperature measured by the thermometer on the bracelet screen, and sound or vibrate alarms when the temperature exceeds the preset temperature value to prompt the user to check the situation. And respond to it, especially during bedtime at night. After users wear the bracelet and fall asleep, they can still feel the alarm prompt through the vibration of the bracelet and respond quickly.

In one embodiment, the specific steps of starting the bracelet and pairing the bracelet with the storage box via Bluetooth are as follows: S61: Start the bracelet to enter the working state; S62: Pair the bracelet with the storage box according to the pairing information. Pair the ring with the storage box. When the bracelet needs to be Bluetooth paired with the storage box, first start the bracelet to enter the working state to receive the device's Bluetooth signal, and then the bracelet will search and Bluetooth pair the corresponding storage box according to the detected pairing information. After success, the synchronous display of the temperature signal is achieved.

In one embodiment, the specific steps for pairing the bracelet with the storage box according to the pairing information in the bracelet are as follows: S621: After the bracelet is turned on, it detects whether there is pairing information. If there is pairing information, the bracelet is paired according to the pairing information. Pair the ring with the storage box; S622: Detect that there is no pairing information in the bracelet, control the bracelet to enter the pairing state, the bracelet searches for Bluetooth signals, and pairs after searching for the Bluetooth signal of the storage box. When the bracelet detects that there is pairing information after it is turned on, the bracelet will search for the storage box corresponding to the pairing information, bind it after searching, and automatically complete the pairing operation. The operation is simple and convenient; when it detects that there is no pairing information, the bracelet Enter the pairing state after operation, search for the Bluetooth signal emitted by the nearby storage box, pair it with it after searching, and store the pairing information to facilitate Bluetooth pairing again.

In one of the embodiments, after pairing the bracelet with the storage box according to the pairing information in the bracelet, there are still the following steps: S63: Compare the Bluetooth signal of the storage box obtained by searching, and compare the signal strength of the bracelet with that of the storage box. Tallest storage box to match. The bracelet can display the signal strength of the searched storage boxes, allowing users to compare and filter out the storage boxes with the highest signal strength to ensure that the currently paired storage box is the storage box being used by the user closest to the user, ensuring that the monitored The source of the temperature signal is accurate.

In one embodiment, the storage box receives the temperature signal emitted by the thermometer, and after processing the temperature signal, the following steps are performed: S7: The storage box shares the data obtained after processing the temperature signal to the APP/mini program for viewing. . The storage box shares the data to the mobile APP/mini-program. Users can check the body temperature data in real time through the mobile phone at any time, and understand the health status of their children in a timely manner through body temperature changes to meet the needs of busy parents.

In one embodiment, the specific steps for the storage box to share the data obtained after processing the temperature signal to the APP/mini program for viewing are as follows: S71: The storage box performs network distribution and connects to the cloud server; S72: The storage box uploads the data to the cloud server; S73: The cloud server transmits the data to the APP/mini program; S74: Download the mobile phone and log in to the APP/mini program to view. The storage box is connected to the cloud server through the distribution network, and the body temperature data can be uploaded to the cloud server. The cloud server transmits the data to the APP/mini program. The user can download and log in to the APP/mini program through a smartphone to view the body temperature information and learn the child's temperature in real time. Health status.

A second aspect of the invention provides a temperature monitoring system.

A temperature monitoring system, including: a storage box, the storage box includes a box body and a cover body, the box body is provided with an accommodation cavity, the box body is provided with an opening, and the opening is connected with the accommodation cavity , the cover is arranged on the box, and the cover can open or close the opening; a thermometer, the thermometer can communicate with the storage box; a bracelet, the bracelet can communicate with the storage box The storage box is connected through communication; the storage box and the thermometer are used to perform the above temperature monitoring method.

A second aspect of the present invention provides a temperature monitoring system. By connecting a storage box with a thermometer to achieve signal connection, the temperature signal currently measured by the thermometer can be transmitted to the storage box. The storage box processes the signal and feeds it back to the user in real time through the display device. It also provides an alarm reminder to the user. In addition, the bracelet can simultaneously receive and display temperature information by connecting to the storage box. When the temperature exceeds the preset temperature value, it will sound or vibrate the alarm to prompt the user to check the situation and respond. This product can display body temperature data intuitively and conveniently, making it convenient for middle-aged and elderly people who are not familiar with the operation of mobile APPs to quickly check the temperature data measured by the thermometer and receive alarm prompts. During use, users do not need to keep the mobile APP in the foreground of their mobile phones to receive alarms. hint. During bedtime at night, users can sleep peacefully after wearing the bracelet without worrying about missing alarm prompts, and the vibration reminder of the bracelet will not affect the sleep of the person next to the pillow or the children sleeping in the same room.

Description of the drawings

Figure 1 is a schematic diagram of the first process of temperature monitoring;

Figure 2 is a schematic diagram of the first process of S1;

Figure 3 is a flow diagram of S11;

Figure 4 is a flow diagram of S13;

Figure 5 is a second flow diagram of S1;

Figure 6 is a schematic diagram of the second process of temperature monitoring;

Figure 7 is a flow diagram of S5;

Figure 8 is a schematic diagram of the third process of temperature monitoring;

Figure 9 is a schematic diagram of the first process of S6;

Figure 10 is a schematic flow chart of S62;

Figure 11 is a second flow diagram of S6;

Figure 12 is a schematic diagram of the fourth process of temperature monitoring;

Figure 13 is a schematic flow chart of S7.

Detailed ways

In order to more clearly understand the above objects, features and advantages of the present invention, the present invention will be described in further detail below in conjunction with the accompanying drawings and specific embodiments. It should be noted that, as long as there is no conflict, the embodiments of the present application and the features in the embodiments can be combined with each other.

Many specific details are set forth in the following description in order to fully understand the present invention. However, the present invention can also be implemented in other ways different from those described here. Therefore, the protection scope of the present invention is not limited by the specific details disclosed below. Limitations of Examples.

The temperature monitoring methods according to some embodiments of the present invention are described below with reference to the accompanying drawings.

Example 1

As shown in Figure 1, this embodiment discloses a temperature monitoring method, which includes the following steps: S1: Start the storage box and the thermometer, and pair the storage box and the thermometer via Bluetooth; S2: Pair the storage box with the thermometer and enter the working state. ; S3: The storage box receives the signal emitted by the thermometer and processes the signal; S4: The storage box detects the connection status with the thermometer, the storage box is disconnected from the thermometer, and the storage box enters step S1.

The temperature monitoring method disclosed in this application performs Bluetooth pairing between the storage box and the thermometer, and transmits the temperature signal measured by the thermometer back to the storage box for processing. For example, the storage box will feedback the current temperature in real time through its own display device, and can provide feedback to the user. An alarm prompt will be issued. In addition, during the temperature monitoring process, the connection status of the storage box and the thermometer will be continuously detected. When the connection is disconnected, they will be re-paired to avoid interruption of the temperature monitoring work. This temperature monitoring method is simple to operate, and the storage box can intuitively display the temperature value, preventing the elderly from missing the sick child's temperature signal and corresponding alarm prompts due to unfamiliarity with the operation of the mobile APP, and avoiding the aggravation of the child's condition and delaying the optimal treatment time. Condition.

As shown in Figure 2, in addition to the features of the above embodiment, this embodiment is further limited: starting the storage box and the thermometer, and performing Bluetooth pairing of the storage box and the thermometer. The specific steps are as follows: S11: After the storage box is turned on, detect whether there is pairing. information, if there is no pairing information, the storage box will be started to pair with the thermometer; S13: The storage box will search for the thermometer for pairing based on the stored pairing information. After the storage box is turned on, it first detects the pairing information. When it is detected that there is no pairing information, the storage box enters the pairing state through operation, searches for the Bluetooth signal emitted by the nearby thermometer, and pairs with it after searching; when it detects that there is pairing information , the storage box will search for the thermometer corresponding to the pairing information, and pair it directly after searching.

As shown in Figure 3, in addition to the features of the above embodiment, this embodiment is further limited: after the storage box is turned on, it detects whether there is pairing information. If there is no pairing information, the specific steps of initiating pairing between the storage box and the thermometer are as follows: S111: Start the storage box and detect the pairing information in the storage box. If there is no pairing information in the storage box, the first prompt message will be sent; S112: Long press the button on the storage box to pair according to the first prompt message; S113: Pair the storage box with the thermometer. The storage box saves pairing information. When the storage box detects that there is no pairing information, the user learns that the storage box currently does not have pairing information through the setting of the first prompt information, and then long presses the button on the storage box to perform the search and pairing operation. After the storage box and the thermometer are successfully paired for the first time, , the storage box will automatically save the pairing information, which can save detection time and improve Bluetooth pairing efficiency when pairing again.

As shown in Figure 4, in addition to the features of the above embodiment, this embodiment is further limited: the storage box searches for the thermometer for pairing based on the stored pairing information. The specific steps are as follows: S131: Search for the thermometer within the preset time, and search for the thermometer. The thermometer will set the searched thermometer as a bound thermometer; S132: If the thermometer is not found within the preset time, proceed to step S11. When the storage box detects that there is pairing information, the storage box will search for the thermometer with stored information within the system's preset time. After searching for the thermometer, it will be bound to it and automatically complete the pairing operation, which is convenient and fast; if it is within the system's preset time No thermometer was found in the storage box, and the storage box will search and pair other thermometers again according to the operation without pairing information.

As shown in Figure 5, in addition to the features of the above embodiment, this embodiment is further limited: after the storage box is turned on, it detects whether there is pairing information, and if there is no pairing information, the step of initiating pairing between the storage box and the thermometer also includes: S12 : The storage box displays the first status through the display panel. By displaying the first status on the display panel of the storage box, you can know whether the storage box and the thermometer are successfully paired, and then be reminded of the next step.

As shown in Figure 5, in addition to the features of the above embodiment, this embodiment further limits: the storage box searches for the thermometer for pairing based on the stored pairing information and also includes: S14: Matching the signal strength of the searched thermometer. Compare and pair the storage box with the thermometer with the highest signal strength. The storage box can display the signal strength of the searched thermometers, allowing users to compare and filter out the thermometers with the highest signal strength to ensure that the currently paired thermometer is the thermometer being used by the nearest user, ensuring that the source of the monitored temperature signal is accurate. .

In addition to the features of the above embodiment, this embodiment is further limited: the storage box receives the signal emitted by the thermometer and processes the signal. The specific steps are as follows: the storage box receives the signal emitted by the thermometer, processes the signal and broadcasts it. The storage box receives the body temperature signal emitted by the thermometer and processes it, displays the current temperature value in real time through its own display device, and issues a sound or vibration alarm to the user when the temperature exceeds the preset temperature value, prompting the user to check the situation and respond. .

As shown in Figure 6, in addition to the features of the above embodiment, this embodiment is further limited: the storage box receives the temperature signal emitted by the thermometer, and after processing the temperature signal, there are the following steps: S5: Control the storage box to enter the pairing mode. , replace the bound thermometer. When the storage box needs to be replaced with a thermometer bound to it, the user can put the storage box back into pairing mode and change the binding to another thermometer through operation.

As shown in Figure 7, in addition to the features of the above embodiment, this embodiment is further limited: the specific steps of controlling the storage box to enter the pairing mode and replacing the bound thermometer are as follows: S51: Close the paired thermometer and unbind it; S52 : Control the storage box to start searching for thermometers. When other thermometers are found, set them to bind the thermometer, and pair the storage box with the other found thermometers via Bluetooth. S53: If no other thermometers are found in the storage box, it will continue to bind Bluetooth to the original thermometer. pair. When the storage box needs to replace the bound thermometer, first close the original bound thermometer to unbind it, and then re-search for other thermometers by operating the storage box. After searching, the other thermometers will be bound to Bluetooth pairing; if not retrieved For other thermometers, the storage box will continue to pair with the original bound thermometer via Bluetooth.

As shown in Figure 8, in addition to the features of the above embodiment, this embodiment is further limited: the storage box receives the temperature signal emitted by the thermometer and processes the temperature signal, and then has the following steps: S6: start the bracelet, Ring and storage box for Bluetooth pairing. By setting up Bluetooth pairing between the bracelet and the storage box, the bracelet can synchronize temperature information, display the current temperature measured by the thermometer on the bracelet screen, and sound or vibrate alarms when the temperature exceeds the preset temperature value to prompt the user to check the situation. And respond to it, especially during bedtime at night. After users wear the bracelet and fall asleep, they can still feel the alarm prompt through the vibration of the bracelet and respond quickly.

As shown in Figure 9, in addition to the features of the above embodiment, this embodiment is further limited: the specific steps of starting the bracelet and pairing the bracelet with the storage box via Bluetooth are as follows: S61: Start the bracelet to enter the working state. ;S62: Pair the bracelet with the storage box according to the pairing information in the bracelet. When the bracelet needs to be Bluetooth paired with the storage box, first start the bracelet to enter the working state to receive the device's Bluetooth signal, and then the bracelet will search and Bluetooth pair the corresponding storage box according to the detected pairing information. After success, the synchronous display of the temperature signal is achieved.

As shown in Figure 10, in addition to the features of the above embodiment, this embodiment further limits: the specific steps of pairing the bracelet with the storage box according to the pairing information in the bracelet are as follows: S621: Detect whether the bracelet exists after it is turned on. Pairing information, if there is pairing information, pair the bracelet with the storage box according to the pairing information; S622: It is detected that there is no pairing information in the bracelet, control the bracelet to enter the pairing state, the bracelet searches for Bluetooth signals, and searches for the Bluetooth signal of the storage box Then pair. When the bracelet detects that there is pairing information after it is turned on, the bracelet will search for the storage box corresponding to the pairing information, bind it after searching, and automatically complete the pairing operation. The operation is simple and convenient; when it detects that there is no pairing information, the bracelet Enter the pairing state after operation, search for the Bluetooth signal emitted by the nearby storage box, pair it with it after searching, and store the pairing information to facilitate Bluetooth pairing again.

As shown in Figure 11, in addition to the features of the above embodiment, this embodiment is further limited: after pairing the bracelet with the storage box according to the pairing information in the bracelet, there are the following steps: S63: Pair the searched storage box Compare the Bluetooth signals and pair the bracelet with the storage box with the highest signal strength. The bracelet can display the signal strength of the searched storage boxes, allowing users to compare and filter out the storage boxes with the highest signal strength to ensure that the currently paired storage box is the storage box being used by the user closest to the user, ensuring that the monitored The source of the temperature signal is accurate.

As shown in Figure 12, in addition to the features of the above embodiment, this embodiment is further limited: the storage box receives the temperature signal emitted by the thermometer, and processes the temperature signal, and then has the following steps: S7: The storage box will process the temperature signal. The resulting data is then shared to the APP/mini program for viewing. The storage box shares the data to the mobile APP/mini-program. Users can check the body temperature data in real time through the mobile phone at any time, and understand the health status of their children in a timely manner through body temperature changes to meet the needs of busy parents.

As shown in Figure 13, in addition to the features of the above embodiment, this embodiment is further limited: the specific steps for the storage box to share the data obtained after processing the temperature signal to the APP/mini program for viewing are as follows: S71: Configuration of the storage box Connect to the cloud server through the Internet; S72: The storage box uploads data to the cloud server; S73: The cloud server transmits the data to the APP/mini program; S74: Download the mobile phone and log in to the APP/mini program to view it. The storage box is connected to the cloud server through the distribution network, and the body temperature data can be uploaded to the cloud server. The cloud server transmits the data to the APP/mini program. The user can download and log in to the APP/mini program through a smartphone to view the body temperature information and learn the child's temperature in real time. Health status.

Example 2

The second embodiment of the present application discloses a temperature monitoring system, which includes: a storage box. The storage box includes a box body and a cover body. The box body is provided with an accommodation cavity. The box body is provided with an opening, and the opening is connected to the accommodation cavity. , the lid is set on the box, and the lid can open or close the opening; the thermometer, the thermometer can communicate with the storage box; the bracelet can communicate with the storage box; the storage box and the thermometer are used to perform the above-mentioned temperature monitoring method.

A second aspect of the present invention provides a temperature monitoring system. By connecting a storage box with a thermometer to achieve signal connection, the temperature signal currently measured by the thermometer can be transmitted to the storage box. The storage box processes the signal and feeds it back to the user in real time through the display device. It also provides an alarm reminder to the user. In addition, the bracelet can simultaneously receive and display temperature information by connecting to the storage box. When the temperature exceeds the preset temperature value, it will sound or vibrate the alarm to prompt the user to check the situation and respond. This product can display body temperature data intuitively and conveniently, making it convenient for middle-aged and elderly people who are not familiar with the operation of mobile APPs to quickly check the temperature data measured by the thermometer and receive alarm prompts, and users do not need to keep the mobile APP in the foreground of their mobile phones during use to receive alarms. hint. During bedtime at night, users can sleep peacefully after wearing the bracelet without worrying about missing alarm prompts, and the vibration reminder of the bracelet will not affect the sleep of the person next to the pillow or the children sleeping in the same room.

The technical features of the above-described embodiments can be combined in any way. To simplify the description, not all possible combinations of the technical features in the above-described embodiments are described. However, as long as there is no contradiction in the combination of these technical features, All should be considered to be within the scope of this manual.

The above-mentioned embodiments only express several implementation modes of the present invention, and their descriptions are relatively specific and detailed, but they should not be construed as limiting the scope of the invention. It should be noted that, for those of ordinary skill in the art, several modifications and improvements can be made without departing from the concept of the present invention, and these all belong to the protection scope of the present invention. Therefore, the scope of protection of the patent of the present invention should be determined by the appended claims.

Claims (15)

1. A temperature monitoring method, characterized by including the following steps:

   S1: Start the storage box and thermometer, and pair the storage box and the thermometer via Bluetooth;

   S2: The storage box and the thermometer enter the working state after pairing;

   S3: The storage box receives the signal emitted by the thermometer and processes the signal;

   S4: The storage box detects the connection status with the thermometer, the storage box is disconnected from the thermometer, and the storage box enters step S1.
2. The temperature monitoring method according to claim 1, characterized in that the specific steps of activating the storage box and the thermometer and Bluetooth pairing the storage box and the thermometer are as follows:

   S11: After the storage box is turned on, it detects whether there is pairing information. If there is no pairing information, it starts pairing the storage box with the thermometer;

   S13: The storage box searches for the thermometer for pairing based on the stored pairing information.
3. The temperature monitoring method according to claim 2, characterized in that after the storage box is turned on, it detects whether there is pairing information. If there is no pairing information, the specific steps of starting the pairing of the storage box and the thermometer are as follows:

   S111: Start the storage box, detect the pairing information in the storage box, and send the first prompt message if there is no pairing information in the storage box;

   S112: Press and hold the button on the storage box to pair according to the first prompt;

   S113: The storage box is paired with the thermometer, and the storage box saves the pairing information.
4. The temperature monitoring method according to claim 2, wherein the specific steps for the storage box to search for the thermometer for pairing based on the stored pairing information are as follows:

   S131: Search for a thermometer within the preset time. If a thermometer is found, the found thermometer will be set as a bound thermometer;

   S132: If the thermometer is not found within the preset time, proceed to step S11.
5. The temperature monitoring method according to claim 2, characterized in that:

   After the storage box is turned on, it detects whether there is pairing information. If there is no pairing information, the step of starting the pairing of the storage box and the thermometer also includes: S12: the storage box displays the first state through the display panel; and/or

   The step of searching for thermometers for pairing based on the stored pairing information in the storage box also includes: S14: Comparing the signal strengths of the searched thermometers, and pairing the storage box with the thermometer with the highest signal strength.
6. The temperature monitoring method according to claim 1, wherein the specific steps for the storage box to receive the signal emitted by the thermometer and process the signal are as follows:

   The storage box receives the signal emitted by the thermometer, processes the signal and broadcasts it.
7. The temperature monitoring method according to claim 1, characterized in that the storage box receives the temperature signal emitted by the thermometer, and after processing the temperature signal, the following steps are performed:

   S5: Control the storage box to enter pairing mode and replace the bound thermometer.
8. The temperature monitoring method according to claim 7, characterized in that the control storage box enters the pairing mode, and the specific steps for replacing the bound thermometer are as follows:

   S51: Close the paired thermometer and unbind it;

   S52: Control the storage box to start searching for thermometers. When other thermometers are found, set them to bind the thermometers and pair the storage box with other found thermometers via Bluetooth;

   S53: If no other thermometer is found in the storage box, it will continue to pair with the original bound thermometer via Bluetooth.
9. The temperature monitoring method according to claim 1, characterized in that the storage box receives the temperature signal emitted by the thermometer, and after processing the temperature signal, the following steps are performed:

   S6: Start the bracelet and pair the bracelet with the storage box via Bluetooth.
10. The temperature monitoring method according to claim 9, characterized in that the specific steps of starting the bracelet and Bluetooth pairing the bracelet and the storage box are as follows:

    S61: Start the bracelet to enter the working state;

    S62: Pair the bracelet with the storage box according to the pairing information in the bracelet.
11. The temperature monitoring method according to claim 10, characterized in that:

    The specific steps for pairing the bracelet with the storage box according to the pairing information in the bracelet are as follows:

    S621: After the bracelet is turned on, it detects whether there is pairing information. If there is pairing information, the bracelet is paired with the storage box based on the pairing information;

    S622: It is detected that there is no pairing information in the bracelet, and the bracelet is controlled to enter the pairing state. The bracelet searches for the Bluetooth signal, and pairs after searching for the Bluetooth signal of the storage box.
12. The temperature monitoring method according to claim 10, characterized in that after pairing the bracelet with the storage box according to the pairing information in the bracelet, the following steps are further included:

    S63: Compare the searched Bluetooth signals of the storage boxes, and pair the bracelet with the storage box with the highest signal strength.
13. The temperature monitoring method according to claim 1, characterized in that the storage box receives the temperature signal emitted by the thermometer, and after processing the temperature signal, the following steps are performed:

    S7: The storage box will share the data obtained after processing the temperature signal to the APP/mini program for viewing.
14. The temperature monitoring method according to claim 13, characterized in that the specific steps for the storage box to share the data obtained after processing the temperature signal to the APP/small program for viewing are as follows:

    S71: The storage box is used for network distribution and connection to the cloud server;

    S72: The storage box uploads data to the cloud server;

    S73: The cloud server transmits data to the APP/mini program;

    S74: Download the mobile phone and log in to the APP/mini program to view it.
15. A temperature monitoring system, characterized by including:

    Storage box, the storage box includes a box body and a cover body, the box body is provided with a receiving cavity, the box body is provided with an opening, the opening is connected with the receiving cavity, and the cover body is arranged on the receiving cavity. On the box, the cover can open or close the opening;

    Thermometer, the thermometer can be communicatively connected to the storage box;

    A bracelet capable of communicating with the storage box;

    The storage box and the thermometer are used to perform the temperature monitoring method described in any one of claims 1 to 14.

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