CN105005479A - Alarm clock closing system and intelligent watch - Google Patents

Abstract

The embodiment of the present invention discloses a method for turning off an alarm clock and a smart watch. The method includes: displaying a preset question on the display screen of the smart watch; acquiring the answer to the preset question input by the user through the crown of the smart watch; When the answer matches the reference answer of the preset question, the alarm clock unit is controlled to stop the alarm clock. The embodiment of the present invention is beneficial to improving the success rate of the alarm clock unit waking up the user and improving user experience.

Description

A method for turning off an alarm clock and a smart watch

technical field

The invention relates to the field of electronic technology, in particular to a method for turning off an alarm clock and a smart watch.

Background technique

With the development of microelectronics technology, watches that used to be used to tell the time in the past now have built-in intelligent systems, which can be connected to the Internet through smart phones or home networks, and display incoming call information, text messages, emails, news and weather information, etc. .

The existing alarm clock closing method is usually relatively simple, which enables the user to easily close the alarm clock at the initial stage of being woken up by the alarm clock, such as by touching the display screen of the mobile terminal, or pressing any physical button of the mobile terminal, etc., the user closes the alarm clock In the end, it is often not awake due to sleep inertia, and in many cases it will continue to sleep, failing to achieve the purpose of waking up the user.

Contents of the invention

Embodiments of the present invention provide a method for turning off an alarm clock and a smart watch, in order to improve the success rate of waking up a user by the alarm clock unit and improve user experience.

The first aspect of the embodiment of the present invention discloses a method for turning off an alarm clock, including:

Display preset questions on the display screen of the smart watch;

Obtaining answers to the preset questions entered by the user through the crown of the smart watch;

When it is judged that the answer matches the reference answer of the preset question, the alarm clock unit is controlled to stop the alarm clock.

The second aspect of the embodiment of the present invention discloses a smart watch, including:

The display unit is used to display preset questions on the display screen of the smart watch;

an acquisition unit, configured to acquire the answer to the preset question input by the user through the crown of the smart watch;

The control unit is configured to control the alarm clock unit to stop the alarm clock when it is judged that the answer matches the reference answer of the preset question.

In the embodiment of the present invention, the smart watch first displays the preset question on the display screen, secondly, obtains the answer to the preset question input by the user through the crown of the smart watch, and finally, after judging that the answer matches the reference answer of the preset question In the case of the alarm clock unit is controlled to stop the alarm clock. In this way, when the alarm clock unit starts to alarm, the user must obtain the answer to the preset question in a relatively awake state by viewing the preset question displayed on the display screen, and input the answer through the crown of the smart watch before inputting When the answer matches the reference answer of the preset question, the alarm clock unit is turned off. Therefore, it is beneficial to improve the success rate of the alarm clock unit to wake up the user and improve user experience.

Description of drawings

In order to more clearly illustrate the technical solutions of the embodiments of the present invention, the following will briefly introduce the accompanying drawings that need to be used in the description of the embodiments. Obviously, the accompanying drawings in the following description are only some embodiments of the present invention. For Those of ordinary skill in the art can also obtain other drawings based on these drawings without making creative efforts.

Fig. 1 is a schematic flow chart of a method for turning off an alarm clock disclosed in an embodiment of the present invention;

Fig. 2 is a schematic flow chart of another method for turning off an alarm clock disclosed in an embodiment of the present invention;

Fig. 3 is a schematic flowchart of another method for turning off an alarm clock disclosed in an embodiment of the present invention;

Fig. 4 is a schematic flow chart of another method for turning off an alarm clock disclosed in an embodiment of the present invention;

Fig. 5 is a schematic flow chart of another method for turning off an alarm clock disclosed in an embodiment of the present invention;

Fig. 6 is a schematic structural diagram of a smart watch disclosed by an embodiment of the present invention;

Fig. 7 is a schematic structural diagram of another smart watch disclosed by an embodiment of the present invention.

detailed description

In order to enable those skilled in the art to better understand the solutions of the present invention, the following will clearly and completely describe the technical solutions in the embodiments of the present invention in conjunction with the drawings in the embodiments of the present invention. Obviously, the described embodiments are only It is an embodiment of a part of the present invention, but not all embodiments. Based on the embodiments of the present invention, all other embodiments obtained by persons of ordinary skill in the art without making creative efforts shall fall within the protection scope of the present invention.

The terms "first", "second", "third" and "fourth" in the specification and claims of the present invention and the above drawings are used to distinguish different objects, rather than to describe a specific order. Furthermore, the terms "include" and "have", as well as any variations thereof, are intended to cover a non-exclusive inclusion. For example, a process, method, system, product or device comprising a series of steps or units is not limited to the listed steps or units, but optionally also includes unlisted steps or units, or optionally further includes For other steps or units inherent in these processes, methods, products or apparatuses.

Reference herein to an "embodiment" means that a particular feature, structure, or characteristic described in connection with the embodiment can be included in at least one embodiment of the present invention. The occurrences of this phrase in various places in the specification are not necessarily all referring to the same embodiment, nor are separate or alternative embodiments mutually exclusive of other embodiments. It is understood explicitly and implicitly by those skilled in the art that the embodiments described herein can be combined with other embodiments.

The smart watch described in the embodiment of the present invention refers to a wearable device with a crown, and the crown may include any of the following structures: a joystick, a trackball, and a side touch screen; the smart watch is further optional An alarm clock unit is also included, and the alarm clock unit may specifically include a speaker, a vibration unit (such as a motor, etc.), and a light emitting unit (such as a breathing lamp, a flash lamp, etc.). The system of the smart watch refers to the operating system of the device, which may include but not limited to: Android system, Windows system, IOS (mobile operating system developed by Apple Inc.) and so on. The mobile terminal described in the embodiments of the present invention may include but not limited to: electronic devices such as notebook computers, smart phones, and tablet computers. The above-mentioned mobile terminals may include a network interface, a processor, a memory, an audio processing circuit, a speaker, and a vibration unit ( Such as motors, etc.), light-emitting units (such as breathing lights, flash lights, etc.). The above mobile terminals are only examples, not exhaustive, including but not limited to the above mobile terminals.

Embodiments of the present invention provide a method for turning off an alarm clock and a smart watch, in order to improve the success rate of waking up a user by the alarm clock unit and improve user experience. Each will be described in detail below.

Please refer to FIG. 1 . FIG. 1 is a schematic flowchart of a method for turning off an alarm clock disclosed in an embodiment of the present invention. As shown in Fig. 1, the method for turning off the alarm clock may include the following steps.

S101, displaying preset questions on a display screen of the smart watch.

In the embodiment of the present invention, the specific method of displaying the preset question on the display screen of the smart watch may be: when it is detected that the alarm clock unit of the smart watch starts to alarm, displaying the preset question on the display screen of the smart watch question; or, in the case of detecting that the alarm clock unit of the mobile terminal communicatively connected with the above-mentioned smart watch starts an alarm, displaying a preset question on the display screen of the smart watch.

The aforementioned preset questions may be, for example, numerical calculations, conditional judgments, or other types of preset questions. The embodiments of the present invention do not limit the specific types of preset questions.

S102. Obtain an answer to the above-mentioned preset question input by the user through the crown of the above-mentioned smart watch.

In one embodiment, the crown of the above-mentioned smart watch includes a joystick, and the way for the above-mentioned smart watch to obtain the answer to the above-mentioned preset question input by the user through the crown of the above-mentioned smart watch may be:

The above-mentioned smart watch can obtain the user's toggle parameters for the fluctuation operation of the joystick of the crown of the above-mentioned smart watch, and determine the answer to the above-mentioned preset question input by the user according to the above-mentioned toggle parameters. The above-mentioned toggle parameters include the following toggle parameters: At least one of: the number of times of stroking, the direction of stroking, the frequency of stroking, and the rhythm of stroking.

In a specific implementation, the above-mentioned smart watch obtains the user's toggle parameters for the fluctuation operation of the joystick of the crown of the above-mentioned smart watch, and the specific implementation method of determining the answer to the above-mentioned preset question input by the user according to the above-mentioned toggle parameters may be:

In the case where the above-mentioned toggle parameter includes the above-mentioned number of toggles, the above-mentioned smart watch can obtain the number of toggle operations performed by the user on the joystick of the crown of the smart watch, and calculate the verification of the above-mentioned toggle operation according to the above-mentioned toggle times Numerical value, using the above-mentioned verified numerical value as the answer to the above-mentioned preset question input by the user, for example, the preset question is 1=1=? , you can toggle the joystick twice, and the smart watch calculates the verification value of the toggle operation as 2 according to the number of fluctuations, and uses the calculated 2 as the answer to the above preset question input by the user; or,

When the above-mentioned toggle parameter includes the above-mentioned toggle direction, the above-mentioned smart watch can obtain the toggle direction of the user's toggle operation on the joystick of the crown of the smart watch, and generate the verification of the above-mentioned toggle operation according to the aforementioned toggle direction Direction, using the above-mentioned verification direction as the answer to the above-mentioned preset question input by the user, for example, if the obtained fluctuation direction is rightward, then determine that the verification direction is rightward; or,

In the case where the above-mentioned toggling parameters include the above-mentioned toggling frequency, the above-mentioned smart watch can obtain the toggling duration of the user's M times of toggling operations on the joystick of the crown of the smart watch, and according to the toggling time of the M times of toggling operations The duration determines the toggling frequency of the above-mentioned toggling operation, and the above-mentioned toggling frequency is used as the answer to the above-mentioned preset question input by the user. The above-mentioned M is a positive integer. The toggle frequency is 2Hz; or,

In the case that the above-mentioned toggling parameters include the above-mentioned toggling rhythm, the above-mentioned smart watch can obtain (M-1) toggling intervals of the M times of toggling operations of the joystick of the crown of the smart watch by the user, according to the above-mentioned M The duration of the (M-1) toggle interval of each toggle operation determines the toggle rhythm of the aforementioned toggle operation, and the aforementioned toggle rhythm is used as the answer to the aforementioned preset question input by the user. The aforementioned M is a positive integer, for example, to obtain The 11 toggle intervals of the 12 toggle operations are Δt1=0.2s, Δt2=0.2s, Δt3=1s, Δt4=1.5s, Δt5=1.5s, Δt6=1s, Δt7=0.2s, Δt8=0.2 s, Δt9=1s, Δt10=1.5s, Δt11=1.5s, it can be determined that the toggling rhythm is three short-time toggling operations, three long-time toggling operations, the switching time is 1s, and the short-time toggling interval is 0.2 s, the long-time toggle interval is 1.5s; or,

In the case where the above-mentioned toggle parameters include the number of toggles and the toggle direction, the above-mentioned smart watch can obtain the number of toggles and the toggle direction of the user's toggle operation on the joystick of the crown of the smart watch, and according to the above-mentioned toggle times Generate the direction sequence of the above-mentioned toggling operation with the above-mentioned toggling direction, and use the above-mentioned direction sequence as the answer to the above-mentioned preset question input by the user. left, right, right, right, then the direction sequence of the toggle operation can be generated as (left, left, left, right, right, right); or,

The above-mentioned smart watch can also obtain the toggling direction of the user's M times of toggling operations on the joystick of the crown of the smart watch. Combinations of toggle operations, the toggle directions of the toggle operations in any one of the above N sets of toggle operation combinations are the same;

Based on the above N groups of toggle operation combinations, the answers to the above preset questions input by the user are created, and the answers to the above preset questions input by the above user record the N verification values and N verification directions of the N groups of toggle operation combinations. The i-th verification value of the input answer to the preset question is obtained based on the total number of toggle operations in the i-th toggle operation combination of the N sets of toggle operation combinations, and the answer to the preset question input by the user is obtained The i-th verification direction is obtained based on the toggle direction of the toggle operation in the i-th toggle operation combination in the above N sets of toggle operation combinations, and the i-th toggle operation combination is the Any combination of toggle operations, the above M and N are positive integers, and the above M is greater than or equal to N. or,

In the case that the above-mentioned toggle parameters include toggle direction and toggle frequency, the above-mentioned smart watch can obtain the toggle direction of the user's M times of toggle operations on the joystick of the crown of the smart watch, and obtain the toggle direction according to the toggle direction. (N-1) switching actions are divided into the toggle duration of each toggle operation combination in N sets of toggle operation combinations, and the toggle operation duration of any set of toggle operation combinations in the above N sets of toggle operation combinations move in the same direction;

Create verification data based on the toggle direction and toggle duration of the above N groups of toggle operation combinations. The above verification data records the N verification frequencies and N verification directions of the N groups of toggle operation combinations. The i-th verification of the above verification data The frequency is obtained based on the n times of toggle operations in the i-th toggle operation combination of the above-mentioned N sets of toggle operation combinations and the toggle duration of the i-th toggle operation combination, and the i-th verification direction of the above-mentioned verification data is based on the above-mentioned N The toggling direction of the i-th group of toggling operation combinations in the group of toggling operation combinations is obtained, the above-mentioned i-th group of toggling operation combinations is any group of toggling operation combinations in the above-mentioned N groups of toggling operation combinations, and the above-mentioned M, N and n is a positive integer, the above M is greater than or equal to N, and the above M is greater than or equal to n.

For example, to obtain the user's 10 toggle operations on the joystick of the crown of the smart watch, the toggle directions are up, up, up, down, down, down, left, left, left, To the right, the three switching actions of the toggle direction are divided into four sets of toggle operation combinations, which are the first set of toggle operation combinations (up, up), the second set of toggle operation combinations (down, down, down) ), the third group of toggle operation combinations (left, left, left), the fourth group of toggle operation combinations (right), the toggle duration of each toggle operation combination in the above four sets of toggle operations The first group t1=1s, the second group t2=3s, the third group t3=6s, and the fourth group t4=1s, then the first verification frequency in the verification data is 2Hz, and the verification direction is upward; The second verification frequency is 1Hz, and the verification direction is downward; the third verification frequency is 2Hz, and the verification direction is left; the fourth verification frequency is 1Hz, and the verification direction is right.

or,

In the case where the above-mentioned toggling parameters include the above-mentioned toggling direction and the above-mentioned toggling rhythm, the above-mentioned smart watch can obtain (M-1) toggling intervals of M times toggling operations of the joystick of the crown of the smart watch by the user Duration and toggle direction, the above M times of toggle operations are divided into N groups of toggle operation combinations according to the (N-1) switching actions of the toggle direction, and any group of toggle operation combinations in the above N groups of toggle operation combinations The toggling directions of the toggling operations are the same, and the toggling directions of any two toggling operation combinations in the above N groups of toggling operation combinations are different;

Create verification data based on the above N groups of toggle operation combinations and the above (M-1) times of toggle interval duration. The above verification data records N rhythm data and N rhythm data direction attributes of N groups of toggle operation combinations. The above verification The i-th rhythm data of the data is obtained based on the n toggle operations in the i-th toggle operation combination in the above N toggle operation combinations and the (n-1) toggle interval duration corresponding to the above n toggle operations , the i-th rhythm data direction attribute of the above-mentioned verification data is obtained based on the toggle direction of the toggle operation in the i-th toggle operation combination of the above-mentioned N sets of toggle operation combinations, and the above-mentioned i-th toggle operation combination is the above-mentioned N For any group of toggle operation combinations in the group toggle operation combinations, the aforementioned M, N, and n are positive integers, the aforementioned M is greater than or equal to N, and the aforementioned M is greater than or equal to n.

In another embodiment, the crown of the above-mentioned smart watch includes a trackball, and the way for the above-mentioned smart watch to obtain the answer to the above-mentioned preset question input by the user through the crown of the above-mentioned smart watch may be:

The above-mentioned smart watch can obtain the scrolling parameters of the user's scrolling operation on the trackball of the crown of the above-mentioned smart watch, and determine the answer to the above-mentioned preset question input by the user according to the above-mentioned scrolling parameters, and the above-mentioned scrolling parameters include at least one of the following scrolling parameters : Scroll times, scroll direction, scroll angle and scroll speed.

In a specific implementation, the above-mentioned smart watch obtains the rolling parameters of the user's scrolling operation on the trackball of the crown of the above-mentioned smart watch, and the specific implementation manner of determining the answer to the above-mentioned preset question input by the user according to the above-mentioned rolling parameters may be:

In the case where the above-mentioned scrolling parameters include the above-mentioned number of scrolling times, the above-mentioned smart watch can obtain the number of scrolling times of the user's scrolling operation on the trackball of the crown of the smart watch, calculate the verification value of the above-mentioned scrolling operation according to the above-mentioned number of scrolling times, and convert the above-mentioned verification value to As an answer to the preset question above entered by the user; or,

In the case where the above-mentioned toggle parameter includes the above-mentioned scrolling direction, the above-mentioned smart watch can obtain the scrolling direction of the user's scrolling operation on the trackball of the crown of the smart watch, generate the verification direction of the above-mentioned scrolling operation according to the above-mentioned scrolling direction, and convert the above-mentioned verification direction as an answer to the preset question above entered by the user; or,

In the case where the above-mentioned toggle parameters include the above-mentioned scroll angle, the above-mentioned smart watch can obtain the scroll angle of the user's scroll operation on the trackball of the crown of the smart watch, generate the verification angle of the above-mentioned scroll operation according to the above-mentioned scroll angle, and combine the above-mentioned verification angle as an answer to the preset question above entered by the user; or,

In the case where the above-mentioned toggle parameter includes the above-mentioned scrolling speed, the above-mentioned smart watch can obtain the scrolling speed of the user's scrolling operation on the trackball of the crown of the smart watch, generate the verification speed of the above-mentioned scrolling operation according to the above-mentioned scrolling speed, and convert the above-mentioned verification Velocity as an answer to the preset question above entered by the user; or,

In the case that the above-mentioned toggle parameters include the above-mentioned number of scrolling times and the above-mentioned scrolling direction, the above-mentioned smart watch can obtain the number of scrolling times and the scrolling operation of the user's scrolling operation on the trackball of the crown of the smart watch, and according to the above-mentioned number of scrolling times and the above-mentioned scrolling direction A direction sequence of the above-mentioned scrolling operation is generated, and the above-mentioned direction sequence is used as an answer to the above-mentioned preset question input by the user. or,

In the case where the above-mentioned toggle parameters include the above-mentioned scrolling direction and the above-mentioned scrolling angle, the above-mentioned smart watch can obtain the scrolling direction and the scrolling angle of N times of scrolling operations performed by the user on the crown of the smart watch, and based on the scrolling direction of the above-mentioned N times of scrolling operations and scroll angle to create verification data. The above verification data records N scroll angles and N scroll directions of N scroll operations. The ith scroll angle of the above verification data is obtained based on the scroll angle of the ith scroll operation. The above verification The i-th scrolling direction of the data is obtained based on the scrolling direction of the i-th scrolling operation among the above-mentioned N scrolling operations, and the above-mentioned N is an integer; or,

In the case where the above-mentioned toggle parameters include the above-mentioned scrolling direction and the above-mentioned scrolling speed, the above-mentioned smart watch can obtain the scrolling direction and the scrolling speed of N times of scrolling operations performed by the user on the crown of the smart watch, and based on the scrolling direction of the above-mentioned N times of scrolling operations and scrolling speed to create verification data, the above verification data records N scrolling directions and N scrolling speeds of N scrolling operations, the i-th scrolling direction of the above-mentioned verification data is obtained based on the scrolling direction of the i-th scrolling operation above, and the above-mentioned verification The i-th scrolling angle of the data is obtained based on the scrolling angle of the i-th scrolling operation in the aforementioned N scrolling operations, and the aforementioned N is an integer.

In yet another embodiment, the crown of the above-mentioned smart watch includes a side touch screen, and the way for the above-mentioned smart watch to obtain the answer to the above-mentioned preset question input by the user through the crown of the above-mentioned smart watch may be:

The above-mentioned smart watch can obtain the touch parameters of the user's touch operation on the side touch screen of the crown of the above-mentioned smart watch, and determine the answer to the above-mentioned preset question input by the user according to the above-mentioned touch parameters. The above-mentioned touch parameters include the following touch At least one of the parameters: touch times, touch area, touch force and touch frequency; or,

The above-mentioned smart watch can obtain the sliding parameters of the user's sliding operation on the side touch screen of the crown of the smart watch, and determine the answer to the above-mentioned preset question input by the user according to the above-mentioned sliding parameters, and the above-mentioned sliding parameters include at least one of the following sliding parameters : Swipe times, swipe direction, swipe speed, and touch force.

In a specific implementation, the above-mentioned smart watch obtains the touch parameters of the user's touch operation on the side touch screen of the crown of the above-mentioned smart watch, and the specific implementation method of determining the answer to the above-mentioned preset question input by the user according to the above-mentioned touch parameters can be :

In the case where the above-mentioned touch parameter includes the above-mentioned number of touches, the above-mentioned smart watch can obtain the number of touches of the user's touch operation on the side touch screen of the crown of the smart watch, and calculate the number of touch operations of the above-mentioned touch operation according to the number of touches. a verification value, using said verification value as an answer to said preset question entered by the user; or,

In the case where the above-mentioned touch parameter includes the above-mentioned touch area, the above-mentioned smart watch can obtain the coordinate value of the touch position of the user's touch operation on the side touch screen of the crown of the smart watch, according to the above-mentioned touch position The coordinate value determines the verification area of the above-mentioned touch operation, and uses the above-mentioned verification area as the answer to the above-mentioned preset question input by the user; or,

In the case where the touch parameter includes the touch force, the smart watch can obtain the touch force of the user's touch operation on the side touch screen of the crown of the smart watch, and generate the verification of the sliding operation according to the touch force strength, using the above verification strength as an answer to the above preset question entered by the user; or,

In the case where the above-mentioned touch parameters include the above-mentioned touch frequency, the above-mentioned smart watch can obtain the touch frequency of the user's touch operation on the side touch screen of the crown of the smart watch, and generate the above-mentioned touch operation according to the above-mentioned touch frequency. Verification frequency, using the above verification frequency as the answer to the above preset question input by the user. or,

In the case where the above touch parameters include the above touch times and the above touch area, the above smart watch can obtain the touch times and touch area of the user's touch operation on the side touch screen of the crown of the smart watch, according to the above The number of touches and the above-mentioned touch area generate the above-mentioned area sequence of the sliding operation, and the above-mentioned area sequence is used as verification data; or,

Obtain the touch area of the user's M touch operations on the side touch screen of the crown of the smart watch, and the above M touch operations are divided into N groups of touch operation combinations according to the (N-1) switching actions of the touch area , the touch areas of the touch operations in any one of the above N groups of touch operation combinations are the same;

Create verification data based on the above N groups of touch operation combinations. The above verification data records the N verification values and verification areas of the N groups of touch operation combinations. The i-th verification value of the above verification data is based on the above N groups of touch operation combinations. The total number of touch operations in the i-th group of touch operation combinations is obtained, and the i-th verification area of the above-mentioned verification data is based on the touch operation of the touch operation in the i-th group of touch operation combinations in the above-mentioned N groups of touch operation combinations The area is obtained, the above-mentioned i-th group of touch operation combinations is any one of the above-mentioned N groups of touch operation combinations, the above-mentioned M and N are positive integers, and the above-mentioned M is greater than or equal to N; or,

In the case where the above-mentioned touch parameters include the above-mentioned touch times and the above-mentioned touch strength, the above-mentioned smart watch can obtain the touch times and touch strength of the user's touch operation on the side touch screen of the crown of the smart watch, according to the above-mentioned The number of touches and the above-mentioned touch force generate a force sequence of the above-mentioned sliding operation, and use the above-mentioned force sequence as verification data; or,

In the case where the above touch parameters include the above touch area and the above touch force, the above smart watch can obtain the touch area and touch force of the user's touch operation on the side touch screen of the crown of the smart watch, according to the above The touch area and the above-mentioned touch force generate area force data of the above-mentioned sliding operation, and use the above-mentioned area force data as verification data;

In a specific implementation, the above-mentioned smart watch acquires the sliding parameters of the user's sliding operation on the side touch screen of the crown of the smart watch, and the specific implementation manner of determining the answer to the above-mentioned preset question input by the user according to the above-mentioned sliding parameters may be:

In the case where the sliding parameters include the number of times of sliding, the smart watch can acquire the number of times the user has swipe on the side touch screen of the crown of the smart watch, calculate the verification value of the sliding operation according to the number of sliding, and convert the verification Numerical values as answers to preset questions above entered by the user; or,

When the sliding parameter includes the sliding direction, the smart watch can obtain the sliding direction of the user's sliding operation on the side touch screen of the crown of the smart watch, generate the verification direction of the sliding operation according to the sliding direction, and convert the verification direction as an answer to the preset question above entered by the user; or,

In the case where the above-mentioned sliding parameters include the above-mentioned sliding speed, the above-mentioned smart watch can obtain the sliding speed of the user's sliding operation on the side touch screen of the crown of the smart watch, generate the verification speed of the above-mentioned sliding operation according to the above-mentioned sliding speed, and convert the above-mentioned verification Velocity as an answer to the preset question above entered by the user; or,

In the case where the above-mentioned sliding parameters include the above-mentioned sliding strength, the above-mentioned smart watch can obtain the sliding strength of the user's sliding operation on the side touch screen of the crown of the smart watch, generate the verification strength of the above-mentioned sliding operation according to the above-mentioned sliding strength, and convert the above-mentioned verification Velocity as an answer to the above preset question entered by the user; or,

In the case where the above sliding parameters include the number of times of sliding and the direction of sliding, the smart watch can obtain the number of times of sliding and the direction of sliding of the user's sliding operation on the side touch screen of the crown of the smart watch, and generate the above-mentioned A directional sequence of a sliding operation, using the above directional sequence as an answer to the above preset question input by the user; or,

The above-mentioned smart watch can also obtain the sliding direction of the user's M times of sliding operations on the side touch screen of the crown of the above-mentioned smart watch, and the above-mentioned M times of sliding operations are divided into N groups of sliding operations according to (N-1) switching actions of the sliding direction combination, the sliding directions of the sliding operations in any one of the above N groups of sliding operation combinations are the same;

The answers to the above preset questions input by the user are created based on the above N sets of sliding operation combinations. The answers to the above preset questions input by the above user record the N verification values and N verification directions of the N groups of sliding operation combinations. The above user input The i-th verification value of the answer to the above-mentioned preset question is obtained based on the total number of sliding operations in the i-th group of sliding operation combinations in the above-mentioned N groups of sliding operation combinations, and the i-th verification value of the answer to the above-mentioned preset question input by the above-mentioned user The direction is obtained based on the sliding direction of the sliding operation in the ith group of sliding operation combinations in the above N groups of sliding operation combinations. The above i-th group of sliding operation combinations is any group of sliding operation combinations in the above N groups of sliding operation combinations. N is a positive integer, and the above M is greater than or equal to N. or,

In the case where the above-mentioned sliding parameters include the above-mentioned number of slides and the above-mentioned sliding speed, the above-mentioned smart watch can obtain the number of slides and the sliding speed of the user's sliding operation on the side touch screen of the crown of the smart watch, and according to the above-mentioned number of slides and the above-mentioned sliding speed generating a velocity sequence of the above-mentioned sliding operation, using the above-mentioned velocity sequence as verification data; or,

In the case where the above-mentioned sliding parameters include the above-mentioned number of times of sliding and the above-mentioned force of sliding, the above-mentioned smart watch can obtain the number of times of sliding and the force of sliding performed by the user on the side touch screen of the crown of the smart watch, and according to the number of times of sliding and the force of sliding Generate a force sequence of the above-mentioned sliding operation, and use the above-mentioned force sequence as verification data; or,

In the case where the above-mentioned sliding parameters include the above-mentioned sliding direction and the above-mentioned sliding force, the above-mentioned smart watch can obtain the sliding direction and the sliding force of N sliding operations performed by the user on the side touch screen of the crown of the smart watch, based on the above-mentioned N sliding operations Create verification data for the sliding direction and force of the above-mentioned N sliding operations. The above-mentioned verification data records the N sliding directions and N sliding forces of the N sliding operations. The i-th sliding direction of the above-mentioned verification data is based on the i-th sliding of the above N sliding operations. The sliding direction of the operation is obtained, and the i-th sliding force of the verification data is obtained based on the sliding force of the i-th sliding operation of the above-mentioned N sliding operations, and the above-mentioned N is an integer.

S103, when it is judged that the above answer matches the reference answer of the above preset question, control the alarm clock unit to stop the alarm clock.

In the embodiment of the present invention, the implementation of the smart watch controlling the alarm clock unit to stop the alarm clock may be:

Control the alarm clock unit of the above-mentioned smart watch to stop the alarm clock; or control the alarm clock unit of the mobile terminal communicatively connected with the above-mentioned smart watch to stop the alarm clock.

It can be seen that in the embodiment of the present invention, the smart watch first displays the preset question on the display screen, and secondly, obtains the answer to the preset question input by the user through the crown of the smart watch, and finally, after judging the answer and the preset question When the reference answer matches, the alarm clock unit is controlled to stop the alarm clock. In this way, when the alarm clock unit starts to alarm, the user must obtain the answer to the preset question in a relatively awake state by viewing the preset question displayed on the display screen, and input the answer through the crown of the smart watch before inputting When the answer matches the reference answer of the preset question, the alarm clock unit is turned off. Therefore, it is beneficial to improve the success rate of the alarm clock unit to wake up the user and improve user experience.

Please refer to FIG. 2 . FIG. 2 is a schematic flowchart of a method for turning off an alarm clock disclosed by an embodiment of the present invention. As shown in Fig. 2, the method for turning off the alarm clock may include the following steps.

S201, displaying preset questions on a display screen of the smart watch.

In the embodiment of the present invention, the above-mentioned specific way of displaying preset questions on the display screen of the smart watch may be:

When it is detected that the alarm clock unit of the above-mentioned smart watch starts to alarm, a preset question is displayed on the display screen of the smart watch; or, when it is detected that the alarm clock unit of the mobile terminal connected with the above-mentioned smart watch is started to alarm Next, a preset question is shown on the display screen of the smart watch.

The aforementioned preset questions may be, for example, numerical calculations, conditional judgments, or other types of preset questions. The embodiments of the present invention do not limit the specific types of preset questions.

S202. Acquire the user's toggle parameters for the fluctuation operation of the joystick of the crown of the smart watch, the aforementioned toggle parameters include at least one of the following toggle parameters: toggle times, toggle direction, toggle frequency, and toggle Rhythm.

S203. Determine the answer to the preset question input by the user according to the toggle parameter.

In the embodiment of the present invention, the above-mentioned smart watch obtains the user's toggle parameter for the fluctuation operation of the joystick of the crown of the above-mentioned smart watch, and the implementation method of determining the answer to the above-mentioned preset question input by the user according to the above-mentioned toggle parameter may be:

In the case where the above-mentioned toggle parameters include the number of toggles and the toggle direction, the above-mentioned smart watch can obtain the number of toggles and the toggle direction of the user's toggle operation on the joystick of the crown of the smart watch, and according to the above-mentioned toggle times generating the direction sequence of the above-mentioned toggling operation with the above-mentioned toggling direction, and using the above-mentioned direction sequence as the answer to the above-mentioned preset question input by the user; or,

The above-mentioned smart watch can also obtain the toggling direction of the user's M times of toggling operations on the joystick of the crown of the smart watch. Combinations of toggle operations, the toggle directions of the toggle operations in any one of the above N sets of toggle operation combinations are the same;

Based on the above N groups of toggle operation combinations, the answers to the above preset questions input by the user are created, and the answers to the above preset questions input by the above user record the N verification values and N verification directions of the N groups of toggle operation combinations. The i-th verification value of the input answer to the preset question is obtained based on the total number of toggle operations in the i-th toggle operation combination of the N sets of toggle operation combinations, and the answer to the preset question input by the user is obtained The i-th verification direction is obtained based on the toggle direction of the toggle operation in the i-th toggle operation combination in the above N sets of toggle operation combinations, and the i-th toggle operation combination is the Any combination of toggle operations, the above M and N are positive integers, and the above M is greater than or equal to N.

S204, when it is judged that the above answer matches the reference answer of the above preset question, control the alarm clock unit to stop the alarm clock.

In the embodiment of the present invention, the implementation of the smart watch controlling the alarm clock unit to stop the alarm clock may be:

Control the alarm clock unit of the above-mentioned smart watch to stop the alarm clock; or control the alarm clock unit of the mobile terminal communicatively connected with the above-mentioned smart watch to stop the alarm clock.

It can be seen that in the embodiment of the present invention, the smart watch first displays the preset question on the display screen, and secondly, obtains the answer to the preset question input by the user through the crown of the smart watch, and finally, after judging the answer and the preset question When the reference answer matches, the alarm clock unit is controlled to stop the alarm clock. In this way, when the alarm clock unit starts to alarm, the user must obtain the answer to the preset question in a relatively awake state by viewing the preset question displayed on the display screen, and input the answer through the crown of the smart watch before inputting When the answer matches the reference answer of the preset question, the alarm clock unit is turned off. Therefore, it is beneficial to improve the success rate of the alarm clock unit to wake up the user and improve user experience.

Please refer to FIG. 3 . FIG. 3 is a schematic flowchart of another method for turning off an alarm clock disclosed in an embodiment of the present invention. As shown in Fig. 3, the method for turning off the alarm clock may include the following steps.

S301, displaying preset questions on a display screen of the smart watch.

In the embodiment of the present invention, the specific method of displaying the preset question on the display screen of the smart watch may be: when it is detected that the alarm clock unit of the smart watch starts to alarm, displaying the preset question on the display screen of the smart watch question; or, in the case of detecting that the alarm clock unit of the mobile terminal communicatively connected with the above-mentioned smart watch starts an alarm, displaying a preset question on the display screen of the smart watch.

The aforementioned preset questions may be, for example, numerical calculations, conditional judgments, or other types of preset questions. The embodiments of the present invention do not limit the specific types of preset questions.

S302. Acquire scrolling parameters of the user's scrolling operation on the trackball of the crown of the smart watch, where the scrolling parameters include at least one of the following scrolling parameters: scrolling times, scrolling direction, scrolling angle, and scrolling speed.

S303. Determine the answer to the preset question input by the user according to the scroll parameter.

In the embodiment of the present invention, the implementation of determining the answer to the preset question input by the user according to the scrolling parameters of the scrolling operation of the trackball on the crown of the smart watch by the user according to the scrolling parameters may be:

In the case that the above-mentioned toggle parameters include the above-mentioned number of scrolling times and the above-mentioned scrolling direction, the above-mentioned smart watch can obtain the number of scrolling times and the scrolling operation of the user's scrolling operation on the trackball of the crown of the smart watch, and according to the above-mentioned number of scrolling times and the above-mentioned scrolling direction A direction sequence of the above-mentioned scrolling operation is generated, and the above-mentioned direction sequence is used as an answer to the above-mentioned preset question input by the user.

S304, when it is judged that the above answer matches the reference answer of the above preset question, control the alarm clock unit to stop the alarm clock.

In the embodiment of the present invention, the implementation of the smart watch controlling the alarm clock unit to stop the alarm clock may be:

Control the alarm clock unit of the above-mentioned smart watch to stop the alarm clock; or control the alarm clock unit of the mobile terminal communicatively connected with the above-mentioned smart watch to stop the alarm clock.

It can be seen that in the embodiment of the present invention, the smart watch first displays the preset question on the display screen, and secondly, obtains the answer to the preset question input by the user through the crown of the smart watch, and finally, after judging the answer and the preset question When the reference answer matches, the alarm clock unit is controlled to stop the alarm clock. In this way, when the alarm clock unit starts to alarm, the user must obtain the answer to the preset question in a relatively awake state by viewing the preset question displayed on the display screen, and input the answer through the crown of the smart watch before inputting When the answer matches the reference answer of the preset question, the alarm clock unit is turned off. Therefore, it is beneficial to improve the success rate of the alarm clock unit to wake up the user and improve user experience.

Please refer to FIG. 4 . FIG. 4 is a schematic flowchart of another method for turning off an alarm clock disclosed in an embodiment of the present invention. As shown in Fig. 4, the method for turning off the alarm clock may include the following steps.

S401, displaying preset questions on a display screen of the smart watch.

In the embodiment of the present invention, the specific method of displaying the preset question on the display screen of the smart watch may be: when it is detected that the alarm clock unit of the smart watch starts to alarm, displaying the preset question on the display screen of the smart watch question; or, in the case of detecting that the alarm clock unit of the mobile terminal communicatively connected with the above-mentioned smart watch starts an alarm, displaying a preset question on the display screen of the smart watch.

The aforementioned preset questions may be, for example, numerical calculations, conditional judgments, or other types of preset questions. The embodiments of the present invention do not limit the specific types of preset questions.

S402. Acquire touch parameters of the user's touch operation on the side touch screen of the crown of the smart watch, where the touch parameters include at least one of the following touch parameters: touch times, touch area, and touch force and touch frequency.

S403. Determine an answer to the preset question input by the user according to the touch parameter.

In the embodiment of the present invention, the implementation of obtaining the touch parameters of the user's touch operation on the side touch screen of the crown of the smart watch, and determining the answer to the preset question input by the user according to the touch parameters may be:

In the case where the touch parameter includes the touch force, the smart watch can obtain the touch force of the user's touch operation on the side touch screen of the crown of the smart watch, and generate the verification of the sliding operation according to the touch force Strength, using the above-mentioned verification strength as the answer to the above-mentioned preset question input by the user.

S404, when it is judged that the above answer matches the reference answer of the above preset question, control the alarm clock unit to stop the alarm clock.

In the embodiment of the present invention, the implementation of the smart watch controlling the alarm clock unit to stop the alarm clock may be:

Control the alarm clock unit of the above-mentioned smart watch to stop the alarm clock; or control the alarm clock unit of the mobile terminal communicatively connected with the above-mentioned smart watch to stop the alarm clock.

It can be seen that in the embodiment of the present invention, the smart watch first displays the preset question on the display screen, and secondly, obtains the answer to the preset question input by the user through the crown of the smart watch, and finally, after judging the answer and the preset question When the reference answer matches, the alarm clock unit is controlled to stop the alarm clock. In this way, when the alarm clock unit starts to alarm, the user must obtain the answer to the preset question in a relatively awake state by viewing the preset question displayed on the display screen, and input the answer through the crown of the smart watch before inputting When the answer matches the reference answer of the preset question, the alarm clock unit is turned off. Therefore, it is beneficial to improve the success rate of the alarm clock unit to wake up the user and improve user experience.

Please refer to FIG. 5 . FIG. 5 is a schematic flowchart of another method for turning off an alarm clock disclosed in an embodiment of the present invention. As shown in Fig. 5, the method for turning off the alarm clock may include the following steps.

S501, displaying preset questions on a display screen of a smart watch.

In the embodiment of the present invention, the above-mentioned specific way of displaying preset questions on the display screen of the smart watch may be:

When it is detected that the alarm clock unit of the above-mentioned smart watch starts to alarm, a preset question is displayed on the display screen of the smart watch; or, when it is detected that the alarm clock unit of the mobile terminal connected with the above-mentioned smart watch is started to alarm Next, a preset question is shown on the display screen of the smart watch.

The aforementioned preset questions may be, for example, numerical calculations, conditional judgments, or other types of preset questions. The embodiments of the present invention do not limit the specific types of preset questions.

S502. Obtain sliding parameters of the user's sliding operation on the side touch screen of the crown of the smart watch, where the sliding parameters include at least one of the following sliding parameters: sliding times, sliding direction, sliding speed, and touch force.

In the embodiment of the present invention, the above sliding parameters may also include a sliding distance.

S503. Determine the answer to the preset question input by the user according to the sliding parameter.

In the embodiment of the present invention, in the case that the above-mentioned sliding parameters may also include a sliding distance, the above-mentioned acquisition of the sliding parameters of the user's sliding operation on the side touch screen of the crown of the smart watch, and the above-mentioned preset input by the user are determined according to the above-mentioned sliding parameters. The way to realize the answer to the question may be: obtain the sliding distance of the user's sliding operation on the side touch screen of the crown of the smart watch, calculate the verification distance of the above sliding operation according to the above sliding distance, and use the above verification distance as the above predetermined value input by the user. Set the answer to the question.

S504, when it is judged that the above answer matches the reference answer of the above preset question, control the alarm clock unit to stop the alarm clock.

In the embodiment of the present invention, the implementation of the smart watch controlling the alarm clock unit to stop the alarm clock may be:

Control the alarm clock unit of the above-mentioned smart watch to stop the alarm clock; or control the alarm clock unit of the mobile terminal communicatively connected with the above-mentioned smart watch to stop the alarm clock.

It can be seen that in the embodiment of the present invention, the smart watch first displays the preset question on the display screen, and secondly, obtains the answer to the preset question input by the user through the crown of the smart watch, and finally, after judging the answer and the preset question When the reference answer matches, the alarm clock unit is controlled to stop the alarm clock. In this way, when the alarm clock unit starts to alarm, the user must obtain the answer to the preset question in a relatively awake state by viewing the preset question displayed on the display screen, and input the answer through the crown of the smart watch before inputting When the answer matches the reference answer of the preset question, the alarm clock unit is turned off. Therefore, it is beneficial to improve the success rate of the alarm clock unit to wake up the user and improve user experience.

Please refer to FIG. 6 . FIG. 6 is a schematic structural diagram of a smart watch disclosed by an embodiment of the present invention. As shown in Figure 6, the smart watch includes a display unit 601, an acquisition unit 602, and a control unit 603, wherein:

The above display unit 601 is used to display preset questions on the display screen of the smart watch;

The acquisition unit 602 is configured to acquire answers to the preset questions input by the user through the crown of the smart watch;

In the embodiment of the present invention, when the above-mentioned crown includes a joystick, the above-mentioned obtaining unit 602 is specifically configured to: obtain the user's toggle parameter for the fluctuation operation of the joystick of the crown of the smart watch, and determine the user input according to the above-mentioned toggle parameter The answer to the aforementioned preset question, the aforementioned toggle parameters include at least one of the following toggle parameters: toggle times, toggle direction, toggle frequency, and toggle rhythm.

When the above-mentioned crown includes a trackball, the above-mentioned acquisition unit 602 is specifically configured to: acquire the scrolling parameters of the user's scrolling operation on the trackball of the crown of the above-mentioned smart watch, and determine the answer to the above-mentioned preset question input by the user according to the above-mentioned scrolling parameters, The aforementioned scrolling parameters include at least one of the following scrolling parameters: scrolling times, scrolling direction, scrolling angle, and scrolling speed.

When the crown includes a side touch screen, the acquiring unit 602 is specifically configured to: acquire touch parameters of the user's touch operation on the side touch screen of the crown of the smart watch, and determine the preset value input by the user according to the touch parameters. Assuming the answer to the question, the above touch parameters include at least one of the following touch parameters: touch times, touch area, touch force and touch frequency; or,

Obtain the sliding parameters of the user's sliding operation on the side touch screen of the crown of the smart watch, and determine the answer to the above-mentioned preset question input by the user according to the above-mentioned sliding parameters. The above-mentioned sliding parameters include at least one of the following sliding parameters: sliding times, Swipe direction, swipe speed, swipe distance, and touch force.

The above-mentioned control unit 603 is configured to control the alarm clock unit to stop the alarm clock when it is judged that the above-mentioned answer matches the reference answer of the above-mentioned preset question.

In the embodiment of the present invention, the above-mentioned control unit 603 is specifically configured to: control the alarm clock unit of the above-mentioned smart watch to stop the alarm clock; or control the alarm clock unit of the mobile terminal communicatively connected with the above-mentioned smart watch to stop the alarm clock.

It can be understood that the functions of each functional module of the smart watch in the embodiment of the present invention can be specifically implemented according to the method in the above method embodiment, and the specific implementation process can refer to the relevant description of the above method embodiment, and will not be repeated here.

It can be seen that in the embodiment of the present invention, the smart watch first displays the preset question on the display screen, and secondly, obtains the answer to the preset question input by the user through the crown of the smart watch, and finally, after judging the answer and the preset question When the reference answer matches, the alarm clock unit is controlled to stop the alarm clock. In this way, when the alarm clock unit starts to alarm, the user must obtain the answer to the preset question in a relatively awake state by viewing the preset question displayed on the display screen, and input the answer through the crown of the smart watch before inputting When the answer matches the reference answer of the preset question, the alarm clock unit is turned off. Therefore, it is beneficial to improve the success rate of the alarm clock unit to wake up the user and improve user experience.

Please refer to FIG. 7 , which is a schematic structural diagram of another smart watch disclosed in an embodiment of the present invention. As shown in the figure, the smart watch in the embodiment of the present invention includes: at least one processor 701 , such as CPU, at least one receiver 703 , at least one memory 704 , at least one transmitter 705 , and at least one communication bus 702 . Wherein, the communication bus 702 is used to realize connection and communication between these components. Wherein, the receiver 703 and the transmitter 705 of the device in the embodiment of the present invention may be a wired sending port, or may be a wireless device, such as including an antenna device, for signaling or data communication with other node devices. The memory 704 can be a high-speed RAM memory, or a non-volatile memory, such as at least one disk memory. Optionally, the memory 704 may also be at least one storage device located away from the aforementioned processor 701 . A set of program codes are stored in the memory 704, and the processor 701 is used to call the program codes stored in the memory to perform the following operations:

Display preset questions on the display screen of the smart watch;

Obtain answers to the above preset questions entered by the user through the crown of the above smart watch;

When it is judged that the above answer matches the reference answer of the above preset question, the alarm clock unit is controlled to stop the alarm clock.

Optionally, in this embodiment of the present invention, the above-mentioned crown includes a joystick, and the specific implementation manner for the above-mentioned processor 701 to obtain the answer to the above-mentioned preset question input by the user through the above-mentioned crown of the smart watch may be: the above-mentioned processor 701 may Obtain the user's toggle parameters for the fluctuation operation of the joystick of the crown of the smart watch, and determine the answer to the preset question input by the user according to the aforementioned toggle parameters. The aforementioned toggle parameters include at least one of the following toggle parameters: Toggle times, toggle direction, toggle frequency, and toggle rhythm.

In a specific implementation, the above-mentioned processor 701 obtains the user's toggle parameter for the fluctuation operation of the joystick of the crown of the smart watch, and the specific implementation manner of determining the answer to the above-mentioned preset question input by the user according to the above-mentioned toggle parameter may be:

In the case where the toggle parameter includes the toggle times, the processor 701 may acquire the toggle times of the user's toggle operations on the joystick of the crown of the smart watch, and calculate the toggle times according to the toggle times. Toggle the verification value of the operation, using the verification value as the answer to the preset question input by the user; or,

When the toggle parameter includes the toggle direction, the processor 701 may acquire the toggle direction of the user's toggle operation on the joystick of the crown of the smart watch, and generate the toggle direction according to the toggle direction. Toggle the verification direction of the operation, using the verification direction as the answer to the preset question input by the user; or,

In the case where the toggle parameter includes the toggle frequency, the processor 701 may obtain the toggle duration of the user's M toggle operations on the joystick of the crown of the smart watch, and according to the M toggle operations, The toggle duration of the operation determines the toggle frequency of the toggle operation, and the toggle frequency is used as the answer to the preset question input by the user, and the M is a positive integer; or,

In the case where the toggle parameter includes the toggle rhythm, the processor 701 may acquire (M-1) toggle intervals of the user's M toggle operations on the joystick of the crown of the smart watch, Determine the toggle rhythm of the toggle operation according to the (M-1) toggle interval duration of the M toggle operations, and use the toggle rhythm as the answer to the preset question input by the user, the M is a positive integer.

Optionally, in this embodiment of the present invention, the above-mentioned crown includes a trackball, and the specific implementation manner for the above-mentioned processor 701 to obtain the answer to the above-mentioned preset question input by the user through the above-mentioned crown of the smart watch may be: the above-mentioned processor 701 may Obtain the scrolling parameters of the user's scrolling operation on the trackball of the crown of the smart watch, and determine the answer to the preset question input by the user according to the scrolling parameters. The scrolling parameters include at least one of the following scrolling parameters: number of scrolls, Scroll direction, scroll angle, and scroll speed.

In a specific implementation, the above-mentioned processor 701 obtains the rolling parameters of the user's scrolling operation on the trackball of the crown of the above-mentioned smart watch, and the specific implementation manner of determining the answer to the above-mentioned preset question input by the user according to the above-mentioned rolling parameters may be:

In the case where the scrolling parameter includes the number of scrolling times, the processor 701 may obtain the number of scrolling times of the user's scrolling operation on the trackball of the crown of the smart watch, and calculate the verification value of the scrolling operation according to the number of scrolling times , using the verification value as the answer to the preset question input by the user; or,

In the case where the toggle parameter includes the scrolling direction, the processor 701 may acquire the scrolling direction of the user's scrolling operation on the trackball on the crown of the smart watch, and generate a verification of the scrolling operation according to the scrolling direction direction, using the verification direction as an answer to the preset question entered by the user; or,

In the case that the toggle parameter includes the scroll angle, the processor 701 may obtain the scroll angle of the user's scroll operation on the trackball on the crown of the smart watch, and generate a verification of the scroll operation according to the scroll angle angle, using the verification angle as an answer to the preset question entered by the user; or,

In the case where the toggle parameter includes the scrolling speed, the processor 701 may acquire the scrolling speed of the user's scrolling operation on the trackball on the crown of the smart watch, and generate a verification of the scrolling operation according to the scrolling speed Speed, using the verification speed as the answer to the preset question input by the user.

Optionally, in this embodiment of the present invention, the above-mentioned crown includes a side touch screen, and the specific implementation manner for the above-mentioned processor 701 to obtain the answer to the above-mentioned preset question input by the user through the above-mentioned crown of the smart watch may be: the above-mentioned processor 701 The touch parameters of the user's touch operation on the side touch screen of the crown of the above-mentioned smart watch can be obtained, and the answer to the above-mentioned preset question input by the user is determined according to the above-mentioned touch parameters. The above-mentioned touch parameters include the following touch parameters At least one of: number of touches, touch area, touch force, and touch frequency; or,

The processor 701 may obtain sliding parameters of the user's sliding operation on the side touch screen of the crown of the smart watch, and determine the answer to the preset question input by the user according to the sliding parameters. The sliding parameters include at least one of the following sliding parameters: Types: number of slides, slide direction, slide speed, slide distance, and touch force.

In a specific implementation, the processor 701 obtains the touch parameters of the user's touch operation on the side touch screen of the crown of the smart watch, and determines the answer to the preset question input by the user according to the touch parameters. yes:

In the case where the touch parameter includes the number of touches, the processor 701 may obtain the number of touches performed by the user on the side touch screen of the crown of the smart watch, and calculate the number of touches according to the number of touches. the verification value of the touch operation, and use the verification value as the answer to the preset question input by the user; or,

When the touch parameter includes the touch area, the processor 701 may acquire the coordinate value of the touch position of the user's touch operation on the side touch screen of the crown of the smart watch, and according to the touch The coordinate value of the touch position determines the verification area of the touch operation, and the verification area is used as the answer to the preset question input by the user; or,

In the case where the touch parameter includes the touch force, the processor 701 may acquire the touch force of the user's touch operation on the side touch screen of the crown of the smart watch, and generate the touch force according to the touch force. the verification strength of the sliding operation, and use the verification strength as the answer to the preset question input by the user; or,

In the case where the touch parameter includes the touch frequency, the processor 701 may obtain the touch frequency of the user's touch operation on the side touch screen of the crown of the smart watch, and generate the touch frequency according to the touch frequency. The verification frequency of the touch operation is used as the answer to the preset question input by the user.

In a specific implementation, the above-mentioned processor 701 obtains the sliding parameters of the user's sliding operation on the side touch screen of the crown of the smart watch, and according to the above-mentioned sliding parameters, the specific implementation manner of determining the answer to the above-mentioned preset question input by the user may be:

In the case where the slide parameter includes the number of slides, the processor 701 may obtain the number of slides of the user's slide operation on the side touch screen of the crown of the smart watch, and calculate the verification of the slide operation according to the number of slides value, using the verification value as an answer to the preset question entered by the user; or,

In the case where the sliding parameter includes the sliding direction, the processor 701 may acquire the sliding direction of the user's sliding operation on the side touch screen of the crown of the smart watch, and generate the verification of the sliding operation according to the sliding direction direction, using the verification direction as an answer to the preset question entered by the user; or,

In the case where the sliding parameter includes the sliding speed, the processor 701 may acquire the sliding speed of the user's sliding operation on the side touch screen of the crown of the smart watch, and generate the verification of the sliding operation according to the sliding speed speed, using the verification speed as an answer to the preset question entered by the user; or,

In the case where the sliding parameter includes the sliding force, the processor 701 may acquire the sliding force of the user's sliding operation on the side touch screen of the crown of the smart watch, and generate a verification of the sliding operation according to the sliding force strength, using the verification strength as an answer to the preset question input by the user.

Optionally, the specific implementation manner of the processor 701 controlling the alarm unit to stop the alarm may be: controlling the alarm unit of the smart watch to stop the alarm; or controlling the alarm unit of the mobile terminal communicatively connected to the smart watch to stop the alarm.

It can be understood that the functions of each functional module of the smart watch in the embodiment of the present invention can be specifically implemented according to the method in the above method embodiment, and the specific implementation process can refer to the relevant description of the above method embodiment, and will not be repeated here.

It can be seen that in the embodiment of the present invention, the smart watch first displays the preset question on the display screen, and secondly, obtains the answer to the preset question input by the user through the crown of the smart watch, and finally, after judging the answer and the preset question When the reference answer matches, the alarm clock unit is controlled to stop the alarm clock. In this way, when the alarm clock unit starts to alarm, the user must obtain the answer to the preset question in a relatively awake state by viewing the preset question displayed on the display screen, and input the answer through the crown of the smart watch before inputting When the answer matches the reference answer of the preset question, the alarm clock unit is turned off. Therefore, it is beneficial to improve the success rate of the alarm clock unit to wake up the user and improve user experience.

It should be noted that, for the sake of simple description, all the aforementioned method embodiments are expressed as a series of action combinations, but those skilled in the art should know that the present invention is not limited by the described action sequence. Because according to the present invention, certain steps can be carried out in other order or simultaneously. Secondly, those skilled in the art should also know that the embodiments described in the specification belong to preferred embodiments, and the actions and modules involved are not necessarily required by the present invention.

In the foregoing embodiments, the descriptions of each embodiment have their own emphases, and for parts not described in detail in a certain embodiment, reference may be made to relevant descriptions of other embodiments.

Those of ordinary skill in the art can understand that all or part of the steps in the various methods of the above-mentioned embodiments can be completed by instructing related hardware through a program, and the program can be stored in a computer-readable storage medium, and the storage medium can include: Flash disk, read-only memory (English: Read-Only Memory, abbreviated: ROM), random access device (English: Random Access Memory, abbreviated: RAM), magnetic disk or optical disc, etc.

The embodiments of the present invention have been described in detail above, and specific examples have been used in this paper to illustrate the principles and implementation methods of the present invention. The descriptions of the above embodiments are only used to help understand the method and core idea of the present invention; at the same time, for Those skilled in the art will have changes in the specific implementation and scope of application according to the idea of the present invention. In summary, the contents of this specification should not be construed as limiting the present invention.

Claims (14)

1. An alarm clock turn-off method is characterized by comprising the following steps:

displaying a preset problem on a display screen of the smart watch;

obtaining answers of the preset questions input by a user through a crown of the smart watch;

and controlling an alarm clock unit to stop the alarm clock under the condition that the answer is judged to be matched with the reference answer of the preset question.

2. The method of claim 1, wherein the crown comprises a joystick, and wherein the obtaining an answer to the preset question entered by the user through the crown of the smart watch comprises:

acquiring dialing parameters of fluctuation operation of a control lever of a crown of the smart watch by a user, and determining answers of the preset questions input by the user according to the dialing parameters, wherein the dialing parameters comprise at least one of the following dialing parameters: the number of dialing, the dialing direction, the dialing frequency and the dialing rhythm.

3. The method of claim 2, wherein the obtaining of a dialing parameter of a fluctuating operation of a joystick of a crown of the smart watch by a user, the determining of the answer to the preset question input by the user from the dialing parameter, comprises:

under the condition that the dialing parameters comprise the dialing times, acquiring the dialing times of dialing operation of a user aiming at an operating lever of a crown of the smart watch, calculating a verification value of the dialing operation according to the dialing times, and taking the verification value as an answer of the preset problem input by the user;

or,

under the condition that the dialing parameters comprise the dialing direction, acquiring the dialing direction of the dialing operation of a user aiming at an operating lever of a crown of the smart watch, generating a verification direction of the dialing operation according to the dialing direction, and taking the verification direction as an answer of the preset problem input by the user;

or,

under the condition that the dialing parameters comprise the dialing frequency, acquiring dialing time of M times of dialing operation of a control lever of a crown of the smart watch by a user, determining the dialing frequency of the dialing operation according to the dialing time of the M times of dialing operation, and taking the dialing frequency as an answer of the preset problem input by the user, wherein M is a positive integer;

or,

under the condition that the dialing parameters comprise the dialing rhythm, acquiring (M-1) dialing interval duration of M dialing operations of a control lever of a crown of the smart watch, determining the dialing rhythm of the dialing operation according to the (M-1) dialing interval duration of the M dialing operations, and taking the dialing rhythm as an answer of the preset problem input by the user, wherein M is a positive integer;

or,

under the condition that the dialing parameters comprise dialing times and dialing directions, acquiring dialing times and dialing directions of dialing operations of a user aiming at an operating lever of a crown of the smart watch, generating a direction sequence of the dialing operations according to the dialing times and the dialing directions, and taking the direction sequence as answers of the preset questions input by the user; or,

acquiring the toggle directions of M times of toggle operations of an operating lever of a crown of an intelligent watch by a user, wherein the M times of toggle operations are divided into N groups of toggle operation combinations according to (N-1) times of switching actions of the toggle directions, and the toggle directions of the toggle operations in any one group of the N groups of toggle operation combinations are the same;

creating answers of the preset questions input by the user based on the N groups of toggle operation combinations, wherein the answers of the preset questions input by the user record N verification numerical values and N verification directions of the N groups of toggle operation combinations, the ith verification numerical value of the answers of the preset questions input by the user is obtained based on the total times of toggle operation in the ith group of toggle operation combinations in the N groups of toggle operation combinations, the ith verification direction of the answers of the preset questions input by the user is obtained based on the toggle direction of the toggle operation in the ith group of toggle operation combinations in the N groups of toggle operation combinations, the ith group of toggle operation combinations is any one group of toggle operation combinations in the N groups of toggle operation combinations, M and N are positive integers, and M is larger than or equal to N.

4. The method of claim 1, wherein the crown comprises a trackball, and the obtaining an answer to the preset question entered by the user through the crown of the smart watch comprises:

obtaining a rolling parameter of a rolling operation of a user for a trackball of a crown of the smart watch, and determining an answer to the preset question input by the user according to the rolling parameter, wherein the rolling parameter comprises at least one of the following rolling parameters: scroll number, scroll direction, scroll angle, and scroll speed.

5. The method according to claim 4, wherein the obtaining of the scroll parameter of the scroll operation of the user with respect to the trackball of the crown of the smart watch, the determining of the answer to the preset question input by the user according to the scroll parameter, comprises:

under the condition that the rolling parameters comprise the rolling times, obtaining the rolling times of rolling operation of a user on a trackball of a crown of the smart watch, calculating a verification value of the rolling operation according to the rolling times, and taking the verification value as an answer of the preset question input by the user;

or,

under the condition that the toggle parameters comprise the rolling direction, the rolling direction of the rolling operation of a user for a track ball of a crown of the smart watch is obtained, the verification direction of the rolling operation is generated according to the rolling direction, and the verification direction is used as an answer of the preset question input by the user;

or,

under the condition that the toggle parameter comprises the rolling angle, obtaining the rolling angle of the rolling operation of a user for a track ball of a crown of the smart watch, generating a verification angle of the rolling operation according to the rolling angle, and taking the verification angle as an answer of the preset question input by the user;

or,

under the condition that the toggle parameter comprises the rolling speed, obtaining the rolling speed of the rolling operation of a user for a track ball of a crown of the smart watch, generating a verification speed of the rolling operation according to the rolling speed, and taking the verification speed as an answer of the preset question input by the user;

or,

and under the condition that the toggle parameters comprise the rolling times and the rolling direction, obtaining the rolling times and the rolling operation of a user aiming at the rolling operation of a track ball of a crown of the intelligent watch, generating a direction sequence of the rolling operation according to the rolling times and the rolling direction, and taking the direction sequence as an answer of the preset question input by the user.

6. The method according to claim 1, wherein the crown comprises a side touch screen, and the obtaining of the answer to the preset question input by the user through the crown of the smart watch comprises:

acquiring touch parameters of touch operation of a user on a side touch screen of a crown of the smart watch, and determining answers of the preset questions input by the user according to the touch parameters, wherein the touch parameters comprise at least one of the following touch parameters: touch times, touch areas, touch force and touch frequency;

or,

the method comprises the steps of obtaining sliding parameters of sliding operation of a user on a side touch screen of a crown of the smart watch, and determining answers of preset questions input by the user according to the sliding parameters, wherein the sliding parameters comprise at least one of the following sliding parameters: the number of sliding, the sliding direction, the sliding speed and the touch force.

7. The method of claim 6,

under the condition that the touch parameters comprise the touch times, acquiring the touch times of a user for touch operation of a side touch screen of a crown of the smart watch, calculating a verification value of the touch operation according to the touch times, and taking the verification value as an answer of the preset question input by the user;

or,

under the condition that the touch parameter comprises the touch area, obtaining coordinate values of touch positions of touch operation of a user on a side touch screen of a crown of the smart watch, determining a verification area of the touch operation according to the coordinate values of the touch positions, and taking the verification area as an answer of the preset question input by the user;

or,

under the condition that the touch control parameters comprise the touch control strength, acquiring the touch control strength of a user for touch control operation of a side touch screen of a crown of the smart watch, generating verification strength of the sliding operation according to the touch control strength, and taking the verification strength as an answer of the preset problem input by the user;

or,

under the condition that the touch parameters comprise the touch frequency, acquiring the touch frequency of a user for touch operation of a side touch screen of a crown of the smart watch, generating verification frequency of the touch operation according to the touch frequency, and taking the verification frequency as an answer of the preset question input by the user.

8. The method of claim 6,

under the condition that the sliding parameters comprise the sliding times, obtaining the sliding times of the sliding operation of a user on a side touch screen of a crown of the smart watch, calculating a verification value of the sliding operation according to the sliding times, and taking the verification value as an answer of the preset problem input by the user;

or,

under the condition that the sliding parameters comprise the sliding direction, acquiring the sliding direction of the sliding operation of a user on a side touch screen of a crown of the smart watch, generating a verification direction of the sliding operation according to the sliding direction, and taking the verification direction as an answer of the preset question input by the user;

or,

under the condition that the sliding parameters comprise the sliding speed, acquiring the sliding speed of the sliding operation of a user on a side touch screen of a crown of the smart watch, generating a verification speed of the sliding operation according to the sliding speed, and taking the verification speed as an answer of the preset question input by the user;

or,

under the condition that the sliding parameters comprise the sliding force, obtaining the sliding force of a user for the sliding operation of a side touch screen of a crown of the smart watch, generating verification force of the sliding operation according to the sliding force, and taking the verification force as an answer of the preset problem input by the user;

or,

under the condition that the sliding parameters comprise sliding times and sliding directions, obtaining the sliding times and the sliding directions of sliding operation of a user on a side touch screen of a crown of the smart watch, generating a direction sequence of the sliding operation according to the sliding times and the sliding directions, and taking the direction sequence as an answer of the preset question input by the user; or,

acquiring sliding directions of M sliding operations of a user for a side touch screen type of a crown of the smart watch, wherein the M sliding operations are divided into N groups of sliding operation combinations according to (N-1) switching actions of the sliding directions, and the sliding directions of the sliding operations in any one group of the N groups of sliding operation combinations are the same;

creating an answer to the preset question input by the user based on the N groups of sliding operation combinations, where the answer to the preset question input by the user records N verification values and N verification directions of the N groups of sliding operation combinations, an ith verification value of the answer to the preset question input by the user is obtained based on the total number of sliding operations in an ith group of sliding operation combinations in the N groups of sliding operation combinations, an ith verification direction of the answer to the preset question input by the user is obtained based on the sliding directions of the sliding operations in an ith group of sliding operation combinations in the N groups of sliding operation combinations, the ith group of sliding operation combinations is any one of the N groups of sliding operation combinations, M and N are positive integers, and M is greater than or equal to N.

9. The method according to any of claims 1-8, wherein said controlling the alarm clock unit to stop the alarm clock comprises:

controlling an alarm clock unit of the intelligent watch to stop an alarm clock;

or,

and controlling an alarm clock unit of the mobile terminal in communication connection with the intelligent watch to stop an alarm clock.

10. A smart watch, comprising:

the display unit is used for displaying preset problems on a display screen of the intelligent watch;

the acquisition unit is used for acquiring answers of the preset questions input by a user through a crown of the intelligent watch;

and the control unit is used for controlling the alarm clock unit to stop the alarm clock under the condition that the answer is judged to be matched with the reference answer of the preset question.

11. The smartwatch according to claim 10, wherein the crown comprises a joystick, the acquisition unit being in particular configured to:

acquiring dialing parameters of fluctuation operation of a control lever of a crown of the smart watch by a user, and determining answers of the preset questions input by the user according to the dialing parameters, wherein the dialing parameters comprise at least one of the following dialing parameters: the number of dialing, the dialing direction, the dialing frequency and the dialing rhythm.

12. The smartwatch according to claim 10, wherein the crown comprises a trackball, the obtaining unit being configured to:

obtaining a rolling parameter of a rolling operation of a user for a trackball of a crown of the smart watch, and determining an answer to the preset question input by the user according to the rolling parameter, wherein the rolling parameter comprises at least one of the following rolling parameters: scroll number, scroll direction, scroll angle, and scroll speed.

13. The smartwatch according to claim 10, wherein the crown includes a side touch screen, and the obtaining unit is specifically configured to:

acquiring touch parameters of touch operation of a user on a side touch screen of a crown of the smart watch, and determining answers of the preset questions input by the user according to the touch parameters, wherein the touch parameters comprise at least one of the following touch parameters: touch times, touch areas, touch force and touch frequency;

or,

the method comprises the steps of obtaining sliding parameters of sliding operation of a user on a side touch screen of a crown of the smart watch, and determining answers of preset questions input by the user according to the sliding parameters, wherein the sliding parameters comprise at least one of the following sliding parameters: the number of sliding, the sliding direction, the sliding speed and the touch force.

14. The smartwatch according to any one of claims 10 to 13, wherein said control unit is specifically configured to:

controlling an alarm clock unit of the intelligent watch to stop an alarm clock;

or,

and controlling an alarm clock unit of the mobile terminal in communication connection with the intelligent watch to stop an alarm clock.