Alarm clock control method and terminal

Abstract

The invention discloses an alarm clock control method and a terminal, and the method comprises the steps: detecting whether a pressing operation exists on the terminal or not when monitoring the ringing or / and vibration, determining a control instruction according to the number of pressing times, the pressing duration, the number of pressing points, and a pressure value corresponding to each pressing point, and controlling the alarm clock according to the control instruction. And the alarm clock is controlled or the alarm clock is directly turned off or turned off in a delayed manner based on the control instruction, so that the user is completely awakened by increasing the operation difficulty of the user, and the work and life of the user are prevented from being delayed.

Description

Technical Field

[0001] The present invention relates to the field of electronic technology, and particularly to an alarm clock control method and a terminal. Background Art

[0002] The alarm clock function plays a very important role in users' daily life. Existing alarm clocks generally give reminders in the forms of ringing, vibration, etc. It is easy for users to turn off the ringing and vibration in a state of not being fully awake, resulting in the users not getting up on time, and there is a problem of poor reminder effect in existing alarm clocks. Summary of the Invention

[0003] The present invention provides an alarm clock control method and a terminal, and can truly turn off the ringing of the alarm clock through more complex operations to fully wake up the user and avoid delaying the user's work and life.

[0004] On the one hand, an alarm clock control method includes: When detecting ringing or / and vibration, detect whether there is a pressing operation on the terminal, and the pressing operation includes the number of presses, the duration of pressing, and the number of pressing points; Determine a control instruction according to the number of presses, the duration of pressing, the number of pressing points, and the pressure value corresponding to each pressing point, and control the alarm clock based on the control instruction.

[0005] Preferably, when it is detected that the number of presses is 1, the duration of pressing is within 10 s, the number of pressing points is 2, the two pressing points are on the same side of the terminal and the pressure values corresponding to the pressing points both meet the preset conditions, turn off the ringing or / and vibration of the alarm clock based on the control instruction.

[0006] Preferably, when it is detected that the number of presses is 1, the duration of pressing is within 10 s, the number of pressing points is 2, the two pressing points are on different sides of the terminal and the pressure values corresponding to the pressing points both meet the preset conditions, turn off the ringing or / and vibration of the alarm clock based on the control instruction.

[0007] Preferably, when it is detected that the number of presses is 1, the duration of pressing is within 10 s, the number of pressing points is 1 and the pressure value corresponding to the pressing point meets the preset conditions, turn off the ringing or / and vibration of the alarm clock based on the control instruction.

[0008] Preferably, when it is detected that the number of presses is 1, the duration of pressing is more than 10 s, the number of pressing points is 1 and the pressure value corresponding to the pressing point meets the preset conditions, gradually reduce the ringing or / and vibration volume of the alarm clock based on the control instruction until the volume is 0 and then turn off the ringing or / and vibration of the alarm clock.

[0009] Preferably, when the number of presses is detected to be 1, the pressing duration is more than 10 s, the number of pressing points is 2, and the pressure values corresponding to the pressing points all meet the preset conditions, the ringing or / and vibration volume of the alarm clock is gradually decreased based on the control instruction until the volume reaches 0 and the ringing or / and vibration of the alarm clock is turned off.

[0010] Preferably, when the number of presses is detected to be 2 or more, the pressing duration of each press is within 10 s, the number of pressing points is 1, and the pressure value corresponding to the pressing point meets the preset conditions, based on the control instruction, when the first press is made, the ringing or / and vibration volume of the alarm is gradually decreased, and after releasing the press, the ringing or / and vibration volume of the alarm is gradually increased. When the second press is made, the ringing or / and vibration volume of the alarm is gradually decreased again until the volume reaches 0 and the ringing or / and vibration of the alarm clock is turned off.

[0011] Preferably, when the number of presses is detected to be 2 or more, the pressing duration of each press is within 10 s, the number of pressing points is 2, and the pressure values corresponding to the pressing points all meet the preset conditions, based on the control instruction, when the first press is made, the ringing or / and vibration volume of the alarm is gradually decreased, and after releasing the press, the ringing or / and vibration volume of the alarm is gradually increased. When the second press is made, the ringing or / and vibration volume of the alarm is gradually decreased again until the volume reaches 0 and the ringing or / and vibration of the alarm clock is turned off.

[0012] Preferably, when the number of presses is detected to be 3, the pressing duration of each press is within 10 s, the number of pressing points is 1, and the pressure value corresponding to the pressing point meets the preset conditions, the ringing or / and vibration of the alarm clock is turned off based on the control instruction.

[0013] On the other hand, a terminal is provided, including a memory and a processor. The memory stores a computer program, and when the computer program runs on the processor, it executes the above-mentioned alarm clock control method.

[0014] The beneficial effects are as follows: When the ringing or / and vibration is detected, this application detects whether there is a pressing operation on the terminal, determines the control instruction according to the number of presses, the pressing duration, the number of pressing points, and the pressure value corresponding to each pressing point, and controls the alarm clock based on the control instruction, either directly turning off the alarm or delaying the turning off of the alarm, so as to fully wake up the user by increasing the difficulty of user operation and avoid delaying the user's work and life. Detailed implementation manners

[0015] The technical solutions between the various embodiments can be combined with each other, but it must be based on the premise that those skilled in the art can implement them. When the combination of technical solutions conflicts with each other or cannot be implemented, it should be considered that such a combination of technical solutions does not exist and is not within the protection scope required by the present invention.

[0016] In order to fully wake up the user and avoid delaying the user's work and life, the present invention provides an alarm clock control method, which includes detecting whether there is a pressing operation on the terminal when a ringing or / and vibration is detected. The pressing operation includes the number of presses, the duration of each press, the number of pressing points; determining a control instruction according to the number of presses, the duration of each press, the number of pressing points, and the pressure value corresponding to each pressing point, and controlling the alarm clock based on the control instruction.

[0017] Embodiment 1 This embodiment provides an alarm clock control method, which includes detecting a pressing operation on the terminal when a ringing or / and vibration is detected. Specifically, the number of presses is 1, the duration of each press is within 10 s, preferably 3 - 7 s, the number of pressing points is 2. When the two pressing points are on the same side of the terminal and the pressure values corresponding to the pressing points both meet the preset conditions, the ringing or / and vibration of the alarm clock is turned off based on the control instruction. Since this method involves that the pressing time needs to last for 3 - 7 s and the pressure values corresponding to the two pressing points both need to meet the preset conditions to turn off the alarm, it increases the operation difficulty for the user to a certain extent. When the alarm rings or vibrates for the first time, the user may still be in an unclear state, so it is not easy to accurately operate the control button. Once the pressure value corresponding to one of the pressing points in the user's pressing operation does not meet the preset conditions or the pressing time does not last for 3 - 7 s, the alarm cannot be truly turned off until the user correctly completes the pressing operation.

[0018] Embodiment 2 This embodiment provides an alarm clock control method, which includes detecting a pressing operation on the terminal when a ringing or / and vibration is detected. Specifically, the number of presses is 2, the duration of each press is within 10 s, preferably 3 - 7 s, the number of pressing points is 2. When the two pressing points are on the same side of the terminal and the pressure values corresponding to the pressing points both meet the preset conditions, the ringing or / and vibration of the alarm clock is turned off based on the control instruction. Since this method involves two presses, and each pressing time needs to last for 3 - 7 s, and the pressure values corresponding to the two pressing points both need to meet the preset conditions to turn off the alarm, it further increases the operation difficulty for the user compared with Embodiment 1. When the pressure value corresponding to one of the pressing points in the user's pressing operation does not meet the preset conditions or one of the two pressing times does not last for 3 - 7 s, the alarm cannot be truly turned off until the user correctly completes the pressing operation.

[0019] Embodiment 3 This embodiment provides an alarm clock control method. When ringing or / and vibration is detected, it detects that there is a pressing operation on the terminal. Specifically, the number of presses is 1, the pressing duration is within 10 s, preferably 3 - 7 s, the number of pressing points is 2, and when the two pressing points are on different sides of the terminal and the pressure values corresponding to the pressing points both meet the preset conditions, the ringing or / and vibration of the alarm clock is turned off based on a control instruction. This method is more complex compared to Embodiment 2. Since the pressing points are on different sides of the terminal, the user needs to correctly complete the pressing operation with both hands simultaneously to turn off the alarm clock.

[0020] Embodiment 4 This embodiment provides an alarm clock control method. When ringing or / and vibration is detected, it detects that there is a pressing operation on the terminal. Specifically, the number of presses is 2, the pressing duration is within 10 s, preferably 3 - 7 s, the number of pressing points is 2, and when the two pressing points are on different sides of the terminal and the pressure values corresponding to the pressing points both meet the preset conditions, the ringing or / and vibration of the alarm clock is turned off based on a control instruction. This method further increases the complexity of the operation compared to Embodiment 3. It not only requires the user to press with both hands, but also both pressing operations need to last for 3 - 7 s and the pressure values corresponding to the pressing points on different sides of the terminal during each pressing must meet the preset conditions to turn off the alarm.

[0021] Embodiment 5 This embodiment provides an alarm clock control method. When ringing or / and vibration is detected, it detects that there is a pressing operation on the terminal. Specifically, the number of presses is 1, the pressing duration is within 10 s, preferably 3 - 7 s, the number of pressing points is 1, and when the pressure value corresponding to the pressing point meets the preset conditions, the ringing or / and vibration of the alarm clock is turned off based on a control instruction. This method is relatively simple. Just perform the pressing operation correctly, ensure that the pressure value corresponding to the pressing point meets the preset conditions, and the pressing duration is 3 - 7 s, then the alarm can be turned off.

[0022] Embodiment 6 This embodiment provides an alarm clock control method. When ringing or / and vibration is detected, it detects that there is a pressing operation on the terminal. Specifically, the number of presses is 1, the pressing duration is more than 10 s, the number of pressing points is 1, and when the pressure value corresponding to the pressing point meets the preset conditions, the ringing or / and vibration volume of the alarm clock is gradually decreased based on a control instruction until the volume is 0 and then the ringing or / and vibration of the alarm clock is turned off. The difference between this method and Embodiment 5 is that the pressing time needs to last for more than 10 s. As long as the pressing time does not reach 10 s, the alarm cannot be truly turned off.

[0023] Embodiment 7 This embodiment provides an alarm clock control method. When ringing or / and vibration is detected, it detects a pressing operation on the terminal. Specifically, when the number of presses is 1, the pressing duration is more than 10 s, the number of pressing points is 2, and the two pressing points are on the same side of the terminal and the pressure values corresponding to the pressing points both meet the preset conditions, the ringing or / and vibration volume of the alarm clock is gradually decreased based on the control instruction until the volume is 0 to turn off the ringing or / and vibration of the alarm clock. The difference between this method and Embodiment 6 is that the pressure values corresponding to the two pressing points both need to meet the preset conditions and the pressing duration needs to be more than 10 s, otherwise the alarm cannot be truly turned off.

[0024] Embodiment 8 This embodiment provides an alarm clock control method. When ringing or / and vibration is detected, it detects a pressing operation on the terminal. Specifically, when the number of presses is 1, the pressing duration is more than 10 s, the number of pressing points is 2, and the two pressing points are on different sides of the terminal and the pressure values corresponding to the pressing points both meet the preset conditions, the ringing or / and vibration volume of the alarm clock is gradually decreased based on the control instruction until the volume is 0 to turn off the ringing or / and vibration of the alarm clock. Compared with Embodiment 7, this method further increases the complexity of the operation. It not only requires the user to press with both hands, but also the pressure values corresponding to the two pressing points both need to meet the preset conditions and the pressing duration needs to be more than 10 s, otherwise the alarm cannot be truly turned off.

[0025] Embodiment 9 This embodiment provides an alarm clock control method. When ringing or / and vibration is detected, it detects a pressing operation on the terminal. Specifically, when the number of presses is 2 or more, the duration of each press is within 10 s, preferably 3 - 7 s, the number of pressing points is 1 and the pressure value corresponding to the pressing point meets the preset conditions, based on the control instruction, when the first press is made, the ringing or / and vibration volume of the alarm is gradually decreased, and when the press is released, the ringing or / and vibration volume of the alarm is gradually increased. When the second press is made again, the ringing or / and vibration volume of the alarm is gradually decreased until the volume is 0 to turn off the ringing or / and vibration of the alarm clock. This method is more coercive. As long as the user releases the press, the alarm volume will automatically increase to force the user to wake up.

[0026] Embodiment 10 This embodiment provides an alarm clock control method. When ringing or / and vibration is detected, it detects that there is a pressing operation on the terminal. Specifically, the number of presses is 2 or more, the duration of each press is within 10 s, the duration of the press is preferably 3 - 7 s, the number of pressing points is 2, and when the two pressing points are on the same side of the terminal and the pressure values corresponding to the pressing points both meet the preset conditions, based on the control instruction, when the first press gradually reduces the ringing or / and vibration volume of the alarm clock, the ringing or / and vibration volume of the alarm clock gradually increases after releasing the press, and when the second press gradually reduces the ringing or / and vibration volume of the alarm clock again until the volume is 0, the ringing or / and vibration of the alarm clock is turned off. Compared with Embodiment 9, it further increases the difficulty of user operation. As long as the pressure value corresponding to one of the pressing points in the two pressing operations of the user does not meet the preset conditions or one of the two pressing times does not last for 3 - 7 s, the alarm clock cannot be truly turned off until the user correctly completes the pressing operation to turn off the alarm clock.

[0027] Embodiment 11 This embodiment provides an alarm clock control method. When ringing or / and vibration is detected, it detects that there is a pressing operation on the terminal. Specifically, the number of presses is 2 or more, the duration of each press is within 10 s, the duration of the press is preferably 3 - 7 s, the number of pressing points is 2, and when the two pressing points are on different sides of the terminal and the pressure values corresponding to the pressing points both meet the preset conditions, based on the control instruction, when the first press gradually reduces the ringing or / and vibration volume of the alarm clock, the ringing or / and vibration volume of the alarm clock gradually increases after releasing the press, and when the second press gradually reduces the ringing or / and vibration volume of the alarm clock again until the volume is 0, the ringing or / and vibration of the alarm clock is turned off. Compared with Embodiment 10, it further increases the difficulty of user operation because the two pressing points are on different sides of the terminal and the user needs to perform two pressing operations with both hands.

[0028] Embodiment 12 This embodiment provides an alarm clock control method. When ringing or / and vibration is detected, it detects that there is a pressing operation on the terminal. Specifically, the number of presses is 3, the duration of each press is within 10 s, the duration of the press is preferably 3 - 7 s, the number of pressing points is 1 and when the pressure value corresponding to the pressing point meets the preset condition, based on the control instruction, the ringing or / and vibration of the alarm clock is turned off.

[0029] Embodiment 13 This embodiment provides a terminal, including a memory and a processor. The memory stores a computer program, and when the computer program runs on the processor, it executes any one of the alarm clock control methods in Embodiments 1 to 12.

[0030] The above are only embodiments of the present invention and are not intended to limit the present invention. For those skilled in the art, various modifications and variations can be made to the present invention. Any modification, equivalent replacement, improvement, etc. made within the spirit and principle of the present invention shall be included within the scope of the claims of the present invention.

Claims

1. An alarm clock control method, characterized in that: include: When the ringing and / or vibration is detected, detecting whether there is a pressing operation on the terminal, the pressing operation includes the number of pressing times, the pressing duration, and the number of pressing points; A control instruction is determined according to the number of pressing times, the pressing duration, the number of pressing points, and the pressure value corresponding to each pressing point, and the alarm clock is controlled based on the control instruction.

2. The alarm control method according to claim 1, characterized in that: When it is detected that the number of presses is 1, the press duration is less than 10s, the number of press points is 2, the two press points are located on the same side of the terminal and the pressure values ​​corresponding to the press points meet the preset conditions, the ringing and / or vibration of the alarm clock is turned off based on the control instruction.

3. The alarm control method according to claim 1, characterized in that: When it is detected that the number of presses is 1, the press duration is less than 10s, the number of press points is 2, the two press points are located on different sides of the terminal and the pressure values ​​corresponding to the press points meet the preset conditions, the ringing and / or vibration of the alarm clock is turned off based on the control instruction.

4. The alarm control method according to claim 1, characterized in that: When it is detected that the number of presses is 1, the pressing duration is within 10 seconds, the number of pressing points is 1 and the pressure values ​​corresponding to the pressing points meet the preset conditions, the ringing and / or vibration of the alarm clock is turned off based on the control instruction.

5. The alarm control method according to claim 1, characterized in that: When it is detected that the number of presses is 1, the pressing duration is more than 10s, the number of pressing points is 1 and the pressure value corresponding to the pressing point meets the preset conditions, the ringing and / or vibration volume of the alarm clock is gradually reduced based on the control instruction until the volume is 0, then the ringing and / or vibration of the alarm clock is turned off.

6. The alarm control method according to claim 1, characterized in that: When it is detected that the number of presses is 1, the pressing duration is more than 10s, the number of pressing points is 2 and the pressure values ​​corresponding to the pressing points meet the preset conditions, the ringing and / or vibration volume of the alarm clock is gradually reduced based on the control instruction until the volume is 0, then the ringing and / or vibration of the alarm clock is turned off.

7. The alarm control method according to claim 1, characterized in that: When it is detected that the number of presses is 2 or more, the duration of each press is less than 10 seconds, the number of press points is 1 and the pressure value corresponding to the press point meets the preset conditions, based on the control instruction, the ringing and / or vibration volume of the alarm is gradually reduced when the first press is performed, and the ringing and / or vibration volume of the alarm is gradually increased after the press is released. When the second press is performed, the ringing and / or vibration volume of the alarm is gradually reduced again, and the ringing and / or vibration volume of the alarm is turned off when the volume is 0.

8. The alarm control method according to claim 1, characterized in that: When it is detected that the number of presses is 2 or more, the duration of each press is less than 10 seconds, the number of press points is 2 and the pressure values ​​corresponding to the press points meet the preset conditions, based on the control instruction, the ringing and / or vibration volume of the alarm is gradually reduced when the first press is performed, and the ringing and / or vibration volume of the alarm is gradually increased after the press is released. When the second press is performed, the ringing and / or vibration volume of the alarm is gradually reduced again until the volume is 0, the ringing and / or vibration of the alarm is turned off.

9. The alarm control method according to claim 1, characterized in that: When it is detected that the number of presses is 3, the duration of each press is less than 10 seconds, the number of press points is 1 and the pressure values ​​corresponding to the press points meet the preset conditions, the ringing and / or vibration of the alarm clock is turned off based on the control instruction.

10. A terminal, characterized in that: The invention comprises a memory and a processor, wherein the memory stores a computer program, and when the computer program is executed by the processor, the alarm control method according to any one of claims 1 to 9 is executed.