Bluetooth timing method and Bluetooth timer

Abstract

The invention relates to a Bluetooth monitoring technology, and discloses a Bluetooth timing method and a Bluetooth timer, and the method comprises a Bluetooth timing unit; a trigger module is arranged on the Bluetooth timing unit; the Bluetooth timing method comprises the following steps: transmitting a configuration signal of a Bluetooth timing unit, wherein the Bluetooth timing unit sends the signal configured by the Bluetooth timing unit; a rest reminding signal is transmitted, and the Bluetooth timing unit transmits the rest reminding signal; and a rest ending signal is transmitted, and the Bluetooth timing unit transmits the rest ending signal. The Bluetooth timing device is simple in design, convenient to operate, good in interactive experience and low in cost.

Description

Technical Field

[0001] The present invention relates to Bluetooth monitoring technology, and in particular, to a Bluetooth timing method and a Bluetooth timer. Background Art

[0002] In recent years, with the rapid growth of smart wearable devices and health management needs, the timing reminder technology has gradually developed from simple mechanical alarm clocks to the direction of intelligence and scenario.

[0003] Traditional timers have the following technical problems: For example, in the prior art 1: CN201580065960.9. Functional singularity: Most devices only support fixed-duration reminders and lack the ability to dynamically adjust according to the user's behavior pattern; Poor interaction experience: Physical button operations are complex, status indicators are not intuitive, and reminders in special environments (such as meeting scenarios) are prone to interference;

[0004] Weak health management: Existing solutions mostly stay at the level of time measurement and do not form a complete "work-rest-recovery" health cycle system; Ecological isolation: The Bluetooth function is only used for device connection, and its advantages in data transmission and low-power management are not fully utilized. Summary of the Invention

[0005] In view of the problem of the functional singularity of the existing technology timer, that is, it only supports fixed-duration reminders and lacks the ability to dynamically adjust according to the user's behavior pattern, the present invention provides a Bluetooth timing method and a Bluetooth timer.

[0006] To solve the above technical problems, the present invention is solved by the following technical solutions:

[0007] A Bluetooth timing method, which includes a Bluetooth timing unit; a trigger module is provided on the Bluetooth timing unit; the Bluetooth timing method includes:

[0008] Transmission of the Bluetooth timing unit configuration signal, the Bluetooth timing unit sends the signal configured by the Bluetooth timing unit;

[0009] Transmission of the reminder to rest signal, the Bluetooth timing unit transmits the reminder to rest signal;

[0010] Transmission of the rest end signal, the Bluetooth timing unit transmits the rest end signal.

[0011] Preferably, the Bluetooth timing unit further includes an alarm unit, a display unit, and a timing unit; the alarm unit, the display unit, and the timing unit are electrically connected; the alarm unit is used to send alarm signals of different frequencies, the display unit is used for indicator light display, and the timing unit is used for timing of the Bluetooth timing unit.

[0012] Preferably, the transmission of the Bluetooth timing unit configuration signal:

[0013] The trigger module sends several trigger signals to the Bluetooth timing unit; the Bluetooth timing unit gives a reminder of the state of the Bluetooth timing unit according to different types of received trigger signals.

[0014] Preferably, the configuration of the state of the Bluetooth timing unit includes:

[0015] When the first trigger signal is received, the state of the Bluetooth timing unit is set to a reminder of the first state;

[0016] When the second trigger signal is received, the state of the Bluetooth timing unit is set to a reminder of the second state;

[0017] When the third trigger signal is received, the state of the Bluetooth timing unit is set to a reminder of the third state;

[0018] When the fourth trigger signal is received, the state of the Bluetooth timing unit is set to a record of the fourth state.

[0019] Preferably, for the reminder of the first state of the Bluetooth timing unit, the Bluetooth timing unit turns on the working state; and sends a first alarm signal, the first alarm signal includes a first audio signal, a first vibration signal or a display signal; the first audio signal is an audio signal with a frequency of n1 and a frequency of f1;

[0020] For the reminder of the second state of the Bluetooth timing unit, the Bluetooth timing unit turns on the working timing state, and the timing unit starts timing, and sends a second alarm signal, the second alarm signal includes a second audio signal, a second vibration signal or a display signal; the second audio signal is an audio signal with a frequency of n2 and a frequency of f2;

[0021] For the reminder of the third state of the Bluetooth timing unit, the Bluetooth timing unit is in the shutdown state and sends a third alarm signal, the third alarm signal includes a third audio signal, a third vibration signal or a display signal; the third audio signal is an audio signal with a frequency of n3 and a frequency of f3;

[0022] For the record of the fourth state of the Bluetooth timing unit, the Bluetooth timing unit generates a rest record and uploads the rest record.

[0023] Preferably, for the transmission of the reminder rest signal, the Bluetooth timing unit sends an alarm signal for reminding rest; the alarm signal for reminding rest is to send m1 times of a fifth alarm signal within a T1 time period; the fifth alarm signal includes a fifth audio signal, a fifth vibration signal and a display signal; the fifth audio signal is an audio signal with a frequency of n5 and a frequency of f5.

[0024] Preferably, for the transmission of the rest end signal, the Bluetooth timing unit sends an alarm signal for the end of rest. The alarm signal for the end of rest is to send the sixth alarm signal m2 times within the time period T2. The sixth alarm signal includes a sixth audio signal and a sixth vibration signal. The sixth audio signal is an audio signal with a frequency of n6 and a frequency of f6.

[0025] To solve the above technical problems, the present invention also provides a Bluetooth timer, which is used to implement any of the above Bluetooth timing methods.

[0026] Due to the adoption of the above technical solutions, the present invention has significant technical effects:

[0027] The Bluetooth timer designed by the present invention has a simple design, good interaction experience, and low cost. BRIEF DESCRIPTION OF THE DRAWINGS

[0028] Figure 1 It is a structural diagram of the Bluetooth timer of the present invention.

[0029] Figure 2 It is a configuration interface diagram of the mobile phone terminal of the present invention.

[0030] Figure 3-1 It is the modified configuration interface of the mobile phone terminal of the present invention Figure 1 ; Figure 3-2 It is the modified configuration interface of the mobile phone terminal of the present invention Figure 2 ; Figure 3-3 It is the third modified configuration interface diagram of the mobile phone terminal of the present invention. DETAILED DESCRIPTION OF THE EMBODIMENTS

[0031] The present invention will be further described in detail below with reference to the drawings and embodiments.

[0032] Embodiment 1

[0033] A Bluetooth timing method includes a Bluetooth timing unit; a trigger module is provided on the Bluetooth timing unit; the Bluetooth timing method includes:

[0034] Transmission of the Bluetooth timing unit configuration signal, the Bluetooth timing unit sends the signal configured by the Bluetooth timing unit;

[0035] Transmission of the reminder to rest signal, the Bluetooth timing unit transmits the reminder to rest signal;

[0036] Transmission of the rest end signal, the Bluetooth timing unit transmits the rest end signal.

[0037] The Bluetooth timing unit further includes an alarm unit, a display unit, and a timing unit; the alarm unit, the display unit, and the timing unit are electrically connected; the alarm unit is used to send alarm signals of different frequencies, the display unit is used for indicator light display, and the timing unit is used for timing of the Bluetooth timing unit.

[0038] The Bluetooth timing unit configures the transmission of signals:

[0039] The trigger module sends several trigger signals to the Bluetooth timing unit; the Bluetooth timing unit gives a reminder of the state of the Bluetooth timing unit according to the received different types of trigger signals.

[0040] The configuration of the state of the Bluetooth timing unit includes:

[0041] When receiving the first trigger signal, set the state of the Bluetooth timing unit to the reminder of the first state;

[0042] When receiving the second trigger signal, set the state of the Bluetooth timing unit to the reminder of the second state;

[0043] When receiving the third trigger signal, set the state of the Bluetooth timing unit to the reminder of the third state;

[0044] When receiving the fourth trigger signal, set the state of the Bluetooth timing unit to the record of the fourth state.

[0045] For the reminder of the first state of the Bluetooth timing unit, the Bluetooth timing unit turns on the working state; and sends a first alarm signal, the first alarm signal includes a first audio signal, a first vibration signal or a display signal; the first audio signal is an audio signal with a frequency of n1 and a frequency of f1;

[0046] For the reminder of the second state of the Bluetooth timing unit, the Bluetooth timing unit turns on the working timing state, the timing unit performs timing, and sends a second alarm signal, the second alarm signal includes a second audio signal, a second vibration signal or a display signal; the second audio signal is an audio signal with a frequency of n2 and a frequency of f2;

[0047] For the reminder of the third state of the Bluetooth timing unit, the Bluetooth timing unit is in the shutdown state, sends a third alarm signal, the third alarm signal includes a third audio signal, a third vibration signal or a display signal; the third audio signal is an audio signal with a frequency of n3 and a frequency of f3;

[0048] For the record of the fourth state of the Bluetooth timing unit, the Bluetooth timing unit generates a rest record and uploads the rest record.

[0049] Transmission of the reminder break signal, where the Bluetooth timing unit sends an alarm signal for reminding to take a break; the alarm signal for reminding to take a break is to send the fifth alarm signal m1 times within the time period T1; the fifth alarm signal includes a fifth audio signal, a fifth vibration signal, and a display signal; the fifth audio signal is an audio signal with a frequency of n5 and a frequency of f5.

[0050] Transmission of the end-of-break signal, where the Bluetooth timing unit sends an alarm signal for the end of the break. The alarm signal for the end of the break is to send the sixth alarm signal m2 times within the time period T2. The sixth alarm signal includes a sixth audio signal and a sixth vibration signal; the sixth audio signal is an audio signal with a frequency of n6 and a frequency of f6.

[0051] In this embodiment, when the first trigger signal is received, the state of the Bluetooth timing unit is set to the reminder of the first state; for the first trigger signal, the trigger module is triggered continuously twice with a duration of t1; the time interval between the first trigger of the trigger module and the second trigger of the trigger module is not greater than Ks. When the time interval between the first trigger of the trigger module and the second trigger of the trigger module exceeds Ks, then this trigger signal for triggering the trigger module twice does not belong to the first trigger signal.

[0052] When the second trigger signal is received, the state of the Bluetooth timing unit is set to the reminder of the second state; the second trigger signal is to trigger the trigger module continuously three times with a duration of t1, and the time interval between the first trigger of the trigger module and the second trigger of the trigger module is not greater than Ks, and the time interval between the second trigger of the trigger module and the third trigger of the trigger module is not greater than Ks; otherwise, it does not belong to the second trigger signal;

[0053] When the third trigger signal is received, the state of the Bluetooth timing unit is set to the reminder of the third state; the third trigger signal is to trigger the trigger module continuously four times with a duration of t1, and the time interval between the first trigger of the trigger module and the second trigger of the trigger module is not greater than Ks, the time interval between the second trigger of the trigger module and the third trigger of the trigger module is not greater than Ks, and the time interval between the third trigger of the trigger module and the fourth trigger of the trigger module is not greater than Ks; otherwise, it does not belong to the third trigger signal;

[0054] When the fourth trigger signal is received, the state of the Bluetooth timing unit is set to the record of the fourth state; the fourth trigger signal is to trigger the trigger module with a duration of t2, and the trigger duration t2 is greater than the trigger duration t1. Here, the trigger duration t1 is 1s; the trigger duration t2 is 3s; the trigger interval duration is 3s.

[0055] Embodiment 2

[0056] A Bluetooth timing method, which includes a Bluetooth timing unit; a trigger module is provided on the Bluetooth timing unit; the Bluetooth timing method includes:

[0057] Transmission of the Bluetooth timing unit configuration signal, and the Bluetooth timing unit sends the signal configured by the Bluetooth timing unit;

[0058] Transmission of the reminder to take a break signal, and the Bluetooth timing unit transmits the reminder to take a break signal;

[0059] Transmission of the end-of-break signal, and the Bluetooth timing unit transmits the end-of-break signal.

[0060] The Bluetooth timing unit further includes an alarm unit, a display unit, and a timing unit; the alarm unit, the display unit, and the timing unit are electrically connected; the alarm unit is used to send alarm signals of different frequencies, the display unit is used for indicator light display, and the timing unit is used for timing of the Bluetooth timing unit.

[0061] The transmission of the Bluetooth timing unit configuration signal:

[0062] The trigger module sends several trigger signals to the Bluetooth timing unit; the Bluetooth timing unit gives a reminder of the state of the Bluetooth timing unit according to the received different types of trigger signals.

[0063] The configuration of the state of the Bluetooth timing unit includes:

[0064] When receiving the first trigger signal, set the state of the Bluetooth timing unit to the reminder of the first state;

[0065] When receiving the second trigger signal, set the state of the Bluetooth timing unit to the reminder of the second state;

[0066] When receiving the third trigger signal, set the state of the Bluetooth timing unit to the reminder of the third state;

[0067] When receiving the fourth trigger signal, set the state of the Bluetooth timing unit to the record of the fourth state.

[0068] For the reminder of the first state of the Bluetooth timing unit, the Bluetooth timing unit turns on the working state; and sends a first alarm signal, the first alarm signal includes a first audio signal, a first vibration signal or a display signal; the first audio signal is an audio signal with a frequency of n1 and a frequency of f1;

[0069] Here, the frequency of the first audio signal is 2, and the frequency of the audio is f1, where f1 is the audio of the sound "di".

[0070] Reminder for the second state of the Bluetooth timing unit status. Then, the Bluetooth timing unit turns on the working timing state, and the timing unit starts timing and sends a second alarm signal. The second alarm signal includes a second audio signal, a second vibration signal, or a display signal. The second audio signal is an audio signal with a frequency of n2 and a frequency of f2. Here, the frequency of the second audio signal is 3, and the frequency of the audio is f2. Here, f2 is the audio of the "di" sound.

[0071] Reminder for the third state of the Bluetooth timing unit status. Then, the Bluetooth timing unit is in the shutdown state and sends a third alarm signal. The third alarm signal includes a third audio signal, a third vibration signal, or a display signal. The third audio signal is an audio signal with a frequency of n3 and a frequency of f3.

[0072] Here, the frequency of the third audio signal is 1, and the frequency of the audio is f3. Here, f3 is the audio of the "di" sound. And the duration of the audio with a frequency of f3 is longer than the durations of f2 and f1.

[0073] Record of the fourth state of the Bluetooth timing unit status. Then, the Bluetooth timing unit generates a rest record and uploads the rest record.

[0074] Transmission of the rest reminder signal. The Bluetooth timing unit sends an alarm signal for reminding rest. The alarm signal for reminding rest is to send m1 times of the fifth alarm signal within the T1 time period. The fifth alarm signal includes a fifth audio signal, a fifth vibration signal, and a display signal. The fifth audio signal is an audio signal with a frequency of n5 and a frequency of f5.

[0075] Send the fifth alarm signal 3 times within the set 1 minute. The frequency of the fifth audio signal is 3, and the frequency of the audio is f5. Here, f5 is the audio of the "di" sound. And the duration of the f5 sound audio is longer than the duration of the f3 audio.

[0076] Transmission of the rest end signal. The Bluetooth timing unit sends an alarm signal for the end of rest. The alarm signal for the end of rest is to send m2 times of the sixth alarm signal within the T2 time period. The sixth alarm signal includes a sixth audio signal and a sixth vibration signal. The sixth audio signal is an audio signal with a frequency of n6 and a frequency of f6.

[0077] Continuously send the sixth alarm signal within 2 minutes. The frequency of the sixth audio signal is 3, and the frequency of the audio is f6. Here, f6 is the audio of the "di" sound. And the duration of the f6 sound audio is longer than the duration of the f2 audio.

[0078] Embodiment 3

[0079] Based on the above embodiments, a Bluetooth timer in this embodiment is used to implement the Bluetooth timing method described above.

[0080] Example 4

[0081] Based on the above embodiments, for the Bluetooth timer in this embodiment, it is connected to the mobile phone / tablet / PC via Bluetooth, and the Bluetooth protocol is BLE 4.0 / 5.0; when the Bluetooth timer is connected to the mobile phone / tablet / PC, it can modify the corresponding Bluetooth name, such as Figure 2 in; in Figure 2 the Bluetooth name is "YOPLORE"; at the same time, the real-time power of the Bluetooth timer and the rest time at the corresponding time can be displayed through the mobile phone / tablet / PC.

[0082] Figure 3-1 、 Figure 3-2 , Figure 3-3 In, the page of the Bluetooth timer can be set through the mobile phone / tablet / PC, including setting the alarm intensity, interval time, rest time, and overtime rest time; the alarm intensity is adjusted by the volume of the sound and the intensity of the vibration; the interval time is mainly used for the duration of concentrating on learning; for the rest time, after each interval time, the duration of rest is required, for example: the interval time is 20 minutes and the rest time is 20 seconds, which means learning or entertainment for 20 minutes and then needing to rest for 20 seconds. Overtime rest time: If the rest is not taken after the reminder interval, for every additional 1 minute of eye use time, the rest time will be increased by an additional number of seconds.

[0083] Triple-click the timer to enter the working timing, and you will see the eye use timing value increase dynamically. When the value increases to the set 20 minutes (i.e., 1200 seconds), the timer will prompt the user to take a rest through sound and light reminders. When reminded to rest, please pause the work and then look at a place more than 20 feet (about 6 meters) away for at least 20 seconds. If you want to form a rest record, you need to long-press the timer to take a rest, and a rest record will be generated after the rest. The rest record can be viewed on the home page of the timer connection. Double-click the timer to enter the rest timing, and you will see the rest timing value increase dynamically. When the value increases to the set 20 seconds, the timer will prompt the end of the rest through sound and light reminders. At this time, you can triple-click the timer to enter the working timing state. When not using the timer, you can quadruple-click the timer to turn off the timer.

Claims

1. A Bluetooth timing method, characterized in that, It includes a Bluetooth timing unit; a trigger module is provided on the Bluetooth timing unit; the Bluetooth timing method includes: The transmission of the Bluetooth timing unit configuration signal, and the Bluetooth timing unit sends the signal configured by the Bluetooth timing unit; The transmission of the reminder working signal, and the Bluetooth timer unit transmits the reminder working signal; The transmission of the work end signal, and the Bluetooth timer unit transmits the work end signal. The transmission of the reminder to rest signal, and the Bluetooth timing unit transmits the reminder to rest signal; The transmission of the rest end signal, and the Bluetooth timing unit transmits the rest end signal.

2. The Bluetooth timing method according to claim 1, wherein The Bluetooth timing unit further includes an alarm unit, a display unit and a timing unit; the alarm unit, the display unit and the timing unit are electrically connected; the alarm unit is used to send alarm signals of different frequencies, the display unit is used for indicator light display, and the timing unit is used for timing of the Bluetooth timing unit.

3. A Bluetooth timing method according to claim 1, characterized in that, The transmission of the Bluetooth timing unit configuration signal: The trigger module sends several trigger signals to the Bluetooth timing unit; the Bluetooth timing unit performs the reminder of the Bluetooth timing unit state according to the received different types of trigger signals.

4. A Bluetooth timing method according to claim 1, characterized in that, The configuration of the Bluetooth timing unit state includes: When receiving the first trigger signal, set the Bluetooth timing unit state to the reminder of the first state; When receiving the second trigger signal, set the Bluetooth timing unit state to the reminder of the second state; When receiving the third trigger signal, set the Bluetooth timing unit state to the reminder of the third state; When receiving the fourth trigger signal, set the Bluetooth timing unit state to the record of the fourth state.

5. According to a Bluetooth timing method as claimed in claim 1, wherein For the reminder of the first state of the Bluetooth timing unit, the Bluetooth timing unit turns on the working state; and sends a first alarm signal, the first alarm signal includes a first audio signal, a first vibration signal or a display signal; the first audio signal is an audio signal with a frequency of n1 and a frequency of f1; For the reminder of the second state of the Bluetooth timing unit, the Bluetooth timing unit turns on the working timing state, and the timing unit performs timing, and sends a second alarm signal, the second alarm signal includes a second audio signal, a second vibration signal or a display signal; the second audio signal is an audio signal with a frequency of n2 and a frequency of f2; For the reminder of the third state of the Bluetooth timing unit, the Bluetooth timing unit is in the shutdown state and sends a third alarm signal, the third alarm signal includes a third audio signal, a third vibration signal or a display signal; the third audio signal is an audio signal with a frequency of n3 and a frequency of f3; For the record of the fourth state of the Bluetooth timing unit, the Bluetooth timing unit generates a rest record and uploads the rest record.

6. A Bluetooth timing method according to claim 1, characterized in that, The transmission of the reminder to rest signal, and the Bluetooth timing unit sends an alarm signal for reminding to rest; the alarm signal for reminding to rest is to send m1 times of the fifth alarm signal within the T1 time period; the fifth alarm signal includes a fifth audio signal, a fifth vibration signal and a display signal; the fifth audio signal is an audio signal with a frequency of n5 and a frequency of f5.

7. A Bluetooth timing method according to claim 1, characterized in that Regarding the transmission of the rest end signal, the Bluetooth timing unit sends an alarm signal for the end of the rest. The alarm signal for the end of the rest is to send the sixth alarm signal m2 times within the time period T2. The sixth alarm signal includes a sixth audio signal and a sixth vibration signal. The sixth audio signal is an audio signal with a frequency of n6 and a frequency of f6.

8. A Bluetooth timer, characterized in that, For implementing the Bluetooth timing method according to any one of claims 1-7.

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