CN104267948B - The alarm clock control method and device of intelligent mobile terminal - Google Patents

Abstract

The present application discloses an alarm clock control method for an intelligent mobile terminal, which includes: calling the light sensor of the intelligent mobile terminal to monitor light intensity data, training at least two light intensity value ranges according to the monitored light intensity data, and storing the at least two light intensity value ranges. Intensity value range; set the alarm clock control instruction corresponding to the storage alarm clock state and the change mode of the light intensity data between the light intensity value ranges; call the light sensor of the smart mobile terminal to monitor the light intensity data, and judge whether the light intensity data occurs. The change mode between the light intensity value ranges, in the case of a certain change mode, determine the current alarm clock state, query the alarm clock state and the alarm clock control command corresponding to the change mode, and send the alarm clock to the smart mobile terminal. Alarm clock control command. The present invention can control the alarm clock with light intensity, reduce man-machine interactive operation, and improve humanization and automation of alarm clock operation.

Description

Alarm clock control method and device for smart mobile terminal

technical field

The present invention relates to the technical field of intelligent mobile terminal processing, in particular to an alarm clock control method and device for an intelligent mobile terminal.

Background technique

In today's work and life, intelligent mobile terminals with data processing capabilities, such as computers, mobile phones, palmtop computers, tablet computers, smart TVs (Smart TVs), etc., have been widely used. In particular, smart mobile terminals such as mobile phones, personal digital assistants (PDA, Personal Digital Assistant), handheld computers (Pocket PC), tablet computers, etc. have become indispensable tools that people carry with them.

With the improvement of the processing capability of the smart mobile terminal and the development of information technology, more and more application programs (APPs) run on the smart mobile terminal. For example, the current smartphones can not only make and receive calls, send and receive text messages, but also install other functional APPs based on the mobile phone operating system, which can be used to achieve multiple functions.

At present, there is an APP that is built into almost every smart mobile terminal—the alarm APP. As an essential software for mobile phones, because it improves the characteristics of traditional physical alarm clocks such as inaccurate time reporting, simple functions, and difficult operation, it is loved by users and has a very high user utilization rate. At present, when various manufacturers customize their own smart mobile terminal products, almost all of them have built-in alarm clock APP, and the application market is very extensive.

At present, the alarm clock software of the smart mobile terminal usually calls the built-in interface of the mobile phone to synchronize the clock. Users can set multiple alarm clocks with different reminder times, and can also set vibration reminders, repeat cycles, reminder ringtones and other functions.

But there is following technical problem in existing mobile phone alarm clock:

First: At present, the setting and closing methods of the alarm are not intelligent and humanized enough. Users must manually manipulate the software menu to set, open or close the alarm, which requires human intervention.

Second: the current alarm clock is inconvenient to use and impersonal. For example, after the alarm bell rings in the morning, the alarm clock keeps ringing, and the user must manually turn off the alarm bell. However, many people often place the smart mobile terminal away from the bed because they are worried about the negative impact of terminal radiation on the body (especially when charging at night). And when the alarm clock that is ringing needs to be manually turned off after the alarm clock rings in the morning, it is particularly uncomfortable to have to get up in person, especially when the user uses it in cold winter. So users need a more humane and automatic way to control the alarm.

Third: before going to bed, the setting and opening of the alarm, usually the user will forget, resulting in a delay in normal work and study the next morning. So there is a need for an intelligent way to turn on the alarm clock, without requiring the user to remember to "set the alarm clock before going to bed" every day.

In addition, Chinese Patent Application No. 200920260348.9, in the patent document titled "Optical Signal Induction Alarm Clock", records an optical signal induction alarm clock, including an alarm clock control circuit and a speaker, wherein the alarm clock control circuit includes: a master microcontroller, set in The light sensor on the surface of the alarm clock is connected with the main control single-chip microcomputer, the setting module for setting the light intensity of the alarm sound is connected with the output terminal of the main control single-chip microcomputer, the alarm circuit for receiving the control signal and driving the loudspeaker to sound the alarm, and the A switch circuit connected to the alarm circuit. The optical sensor is used to receive the light signal from the outside, and the light intensity is judged by the main control single-chip computer. When the light intensity is greater than the set alarm light intensity, the main control single-chip computer outputs an alarm control signal to control the alarm clock. The optical signal induction alarm clock disclosed in this document is mainly used to meet the needs of workers in some specific industries, such as agricultural laborers and meteorological observers. Some of their work needs to be carried out according to changes in light intensity. This optical signal induction alarm clock Can better meet their work needs. But this utility model is not used on the intelligent mobile terminal, and needs special hardware, can not be used by common people, and purposes are also different. It also has a defect: it has no anti-interference ability, and the set light intensity must be calculated by professionals according to industrial needs and set manually. It cannot automatically identify the light intensity of different user light environments, so it can only be used in industrial applications. In the professional field, it cannot be applied to the work and life of the masses.

Contents of the invention

In view of this, the main purpose of the present invention is to provide an alarm clock control method and device for an intelligent mobile terminal, which can control the alarm clock with light intensity, reduce human-computer interaction operations, and improve humanization and automation of alarm clock operation.

Technical scheme of the present invention is realized like this:

An alarm clock control method for an intelligent mobile terminal, comprising:

Calling the light sensor of the smart mobile terminal to monitor the light intensity data, training at least two light intensity value ranges according to the monitored light intensity data, and storing the at least two light intensity value ranges;

Setting and storing the alarm clock control instruction corresponding to the state of the alarm clock and the change mode of the light intensity data between the light intensity value ranges;

Call the light sensor of the smart mobile terminal to monitor the light intensity data, determine whether the light intensity data has changed in the range of the stored light intensity value, and determine the current alarm clock state when the certain change occurs. Query the state of the alarm clock and the alarm clock control command corresponding to the change mode, and send the alarm clock control command to the smart mobile terminal alarm clock.

Preferably, the method further comprises:

Set the storage interference status type and its interference data;

When judging whether the light intensity data changes between the stored light intensity value ranges, further obtain the current state data of the intelligent mobile terminal specified by the stored interference state type, and determine whether the current state data of the intelligent mobile terminal is consistent with The stored interference data conforms, and if it conforms, an alarm clock control instruction will not be sent to the alarm clock of the smart mobile terminal; The current state of the alarm clock is inquired about the state of the alarm clock and the alarm clock control instruction corresponding to the change mode, and the alarm clock control instruction is sent to the alarm clock of the smart mobile terminal.

Preferably, the interference state type and its interference data, and judging whether the current state data of the smart mobile terminal conforms to the stored interference data include any of the following:

The interference state type is a geographic location state, and its interference data is the interference geographic location set by the user; the judging whether the current state data of the smart mobile terminal is consistent with the stored interference data is: judging the current geographic location of the smart mobile terminal Whether it is the interfering geographical location set for the user, if yes, it meets, otherwise it does not;

The interference state type is a time state, and its interference data is the interference time period set by the user; the judging whether the current state data of the smart mobile terminal is consistent with the stored interference data is: judging whether the current time of the smart mobile terminal is The interference time period set by the user, if it is, it is met, otherwise it is not met;

The interference state type is an account state, and its interference data is an interference account set by the user; the judging whether the current state data of the smart mobile terminal is consistent with the stored interference data is: judging whether the current account of the smart mobile terminal is the Interference account set by the above user, if it is, it is in compliance, otherwise it is not in compliance;

The interference state type is the direction state of the intelligent mobile terminal, and its interference data is the interference direction set by the user; the determination of whether the current state data of the intelligent mobile terminal is consistent with the stored interference data is as follows: judging the current direction of the intelligent mobile terminal Whether the state is the interference orientation set by the user, if yes, it is met, otherwise it is not.

Preferably, the light sensor of the smart mobile terminal is called to monitor the light intensity data, and at least two light intensity value ranges are trained according to the monitored light intensity data, specifically including:

Call the light sensor of the smart mobile terminal to monitor and record the light intensity data for a period of time, calculate the average light intensity value during this period, and set the light intensity value range with the average light intensity as the reference point; repeat this step to get at least Two light intensity value ranges.

Preferably, the two light intensity value ranges include a high light intensity value range and a low light intensity value range;

The setting stores the alarm clock state and the alarm clock control instruction corresponding to the change mode of the light intensity data between the light intensity value ranges, specifically including any of the following:

The state of the alarm clock is that the alarm clock is ringing, and the light intensity data changes from the low light intensity value range to the high light intensity value range, and the corresponding alarm clock control instruction is to turn off the currently ringing alarm clock;

The state of the alarm clock is that the alarm clock is ringing, and the light intensity data changes from the low light intensity value range to the high light intensity value range and then changes to the low light intensity value range within a specified time. ring the bell

The state of the alarm clock is that the alarm clock is not set, and the light intensity data changes from the high light intensity value range to the low light intensity value range, and the corresponding alarm clock control command is to turn on the corresponding preset alarm clock;

The state of the alarm clock is that the alarm clock has not rang but has been set, and the light intensity data changes from the low light intensity value range to the high light intensity value range and then changes to the low light intensity value range within a specified time, and the corresponding alarm clock control command is to turn off the Already set alarm clock.

Preferably, the method further includes providing an application software user setting interface, through which a setting storage instruction input from the outside is received.

An alarm clock control device for an intelligent mobile terminal, comprising:

The training module is used to call the light sensor of the smart mobile terminal to monitor light intensity data, train at least two light intensity value ranges according to the monitored light intensity data, and store the at least two light intensity value ranges;

The use case module is used to set the alarm clock control instruction corresponding to the storage alarm clock state and the change mode of the light intensity data between the light intensity value ranges;

The control module is used to call the light sensor of the smart mobile terminal to monitor the light intensity data, determine whether the light intensity data has a change mode between the stored light intensity value ranges, and determine if a certain change mode occurs. The current state of the alarm clock is inquired about the state of the alarm clock and the alarm clock control instruction corresponding to the change mode, and the alarm clock control instruction is sent to the alarm clock of the smart mobile terminal.

Preferably, the device further includes: an interference setting module, configured to set and store the type of interference state and its interference data;

The control module further includes an interference elimination module, which is used to further obtain the current status of the intelligent mobile terminal specified by the stored interference state type when judging whether the light intensity data changes in the range of the stored light intensity value. Status data, to judge whether the current status data of the smart mobile terminal is consistent with the stored interference data, if it is consistent, the alarm clock control command will not be sent to the smart mobile terminal alarm clock; In the case of a change mode between light intensity value ranges, the trigger control module determines the current alarm clock state, queries the alarm clock state and the alarm clock control command corresponding to the change mode, and sends the alarm clock control command to the smart mobile terminal alarm clock.

Preferably, the training module is specifically used to: call the light sensor of the smart mobile terminal to monitor and record light intensity data within a period of time, calculate the average value of light intensity within this period of time, and set the average value of light intensity as a reference point. Light intensity value range; repeat this step to obtain at least two light intensity value ranges.

Preferably, the two light intensity value ranges include a high light intensity value range and a low light intensity value range;

The alarm clock control instructions corresponding to the alarm clock state stored in the use case module and the change mode of the light intensity data between the light intensity value ranges specifically include any of the following:

The state of the alarm clock is that the alarm clock is ringing, and the light intensity data changes from the low light intensity value range to the high light intensity value range, and the corresponding alarm clock control instruction is to turn off the currently ringing alarm clock;

The state of the alarm clock is that the alarm clock is ringing, and the light intensity data changes from the low light intensity value range to the high light intensity value range and then changes to the low light intensity value range within a specified time. ring the bell

The state of the alarm clock is that the alarm clock is not set, and the light intensity data changes from the high light intensity value range to the low light intensity value range, and the corresponding alarm clock control command is to turn on the corresponding preset alarm clock;

The state of the alarm clock is that the alarm clock has not rang but has been set, and the light intensity data changes from the low light intensity value range to the high light intensity value range and then changes to the low light intensity value range within a specified time, and the corresponding alarm clock control command is to turn off the Already set alarm clock.

Preferably, the smart mobile terminal includes: a smart phone, a feature phone, a smart watch, or a smart home appliance.

Compared with the prior art, the present invention can call the light sensor of the intelligent mobile terminal to monitor the light intensity data, train at least two light intensity value ranges according to the monitored light intensity data, and store the at least two light intensity value ranges; Alarm clock control instructions corresponding to the state of the alarm clock and the change mode of the light intensity data between the light intensity value ranges; call the light sensor of the smart mobile terminal to monitor the light intensity data, and determine whether the light intensity data occurs within the stored light intensity value range In the case of a certain change mode, determine the current state of the alarm clock, query the state of the alarm clock and the alarm clock control command corresponding to the change mode, and send the alarm clock control command to the alarm clock of the smart mobile terminal. Therefore, the present invention can intelligently and automatically monitor the change of light intensity in the indoor environment by means of the light sensor in the smart mobile terminal to set, turn on or turn off the alarm clock and other operations, reducing human-computer interaction operations, so that users can more Use the alarm clock program conveniently and more humanely.

For example, due to the fact that the bedroom is basically equipped with a double switch, or a bedside lamp is placed. When the user can turn off the light before going to bed at night, the invention can automatically detect the change of the light from bright to dark and turn on the alarm clock, which saves the user from operating by himself and avoids the possibility that the user forgets the timing alarm clock; After the alarm rings, you don't need to get up to turn off the alarm clock placed on the remote smart mobile terminal, just turn on the bedside light to temporarily turn off the alarm clock, or respond to some preset alarm clock operations. At the same time, the use rules of the alarm can be customized by the user, such as turning on and off the light once in a row to make the alarm ring again after a delay of several minutes, etc. Such flexible settings make the operation easier and more humanized.

Compared with the prior art of patent application number 200920260348.9, the present invention does not need professionals to calculate the light intensity value according to industrial needs, but trains the light intensity value range according to the monitored light intensity data, so it can automatically identify different user light The light intensity of the environment is greatly reduced, so the difficulty of use is greatly reduced, and it can be applied to the work and life of the masses.

Description of drawings

Fig. 1 is a kind of flowchart of the alarm clock control method of intelligent mobile terminal described in the present invention;

2 is a schematic diagram of the interaction between the alarm clock control device of the smart mobile terminal of the present invention, the light sensor and the alarm clock APP in the smart mobile terminal;

Fig. 3 is a description diagram of sensor types and data supported in the andriod operating system;

Figure 4 is a schematic diagram of some specific sample codes for obtaining light intensity data;

Fig. 5 is a kind of schematic diagram that the present invention carries out light intensity value range training;

6 is a schematic diagram of the composition of the alarm clock control device of the intelligent mobile terminal according to the present invention;

FIG. 7 is another schematic diagram of the composition of the alarm clock control device of the smart mobile terminal according to the present invention.

detailed description

The present invention will be further described in detail below in conjunction with the accompanying drawings and specific embodiments.

In the present invention, the smart mobile terminal refers to a smart mobile terminal with data calculation and processing functions, including but not limited to smart phones, feature phones, smart watches, or smart home appliances (including smart TVs, smart microwave ovens, smart refrigerators, etc.) Wait. Operating systems are installed on these smart mobile terminals, including but not limited to: Android operating system, Symbian operating system, Windows mobile operating system, and Apple iPhone OS operating system and so on.

Some specific types of smart mobile terminals and specific operating system types have been listed above in detail, but those skilled in the art can realize that the implementation of the present invention is not limited to the types listed above, but can also be applied to any other smart mobile terminals. Among the terminal type and operating system type.

FIG. 1 is a flow chart of an alarm clock control method for a smart mobile terminal according to the present invention. Referring to Figure 1, the method mainly includes:

Step 101, call the light sensor of the smart mobile terminal to monitor the light intensity data, train at least two light intensity value ranges according to the monitored light intensity data, and store the at least two light intensity value ranges.

The basis for the application of the present invention is that a light sensor must be installed on the smart mobile terminal, and the light sensor can sense and collect the intensity of surrounding light to obtain light intensity data. The scheme of the present invention can directly call the light sensor on the smart mobile terminal to monitor the light intensity data of the surrounding environment, and put it in a specific calling method, and there will be different specific application programming interfaces on different smart mobile terminals and operating system platforms (API) for calling. For example, on the Android platform, the light intensity data can be obtained by using the Environment Sensor API, and these light intensity data are original data of the light intensity.

FIG. 2 is a schematic diagram of the interaction between the alarm clock control device of the smart mobile terminal, the light sensor and the alarm clock APP in the smart mobile terminal according to the present invention. Referring to Fig. 2, the light sensor can sense the light intensity data, the alarm clock control device of the present invention obtains the original light intensity data from the light sensor through the corresponding API, and performs the processing described in the present invention, and outputs the corresponding alarm clock The control command is sent to the alarm clock APP to control the opening and closing of the alarm clock.

Figure 3 is a description diagram of sensor types and data supported in the andriod operating system. As shown in FIG. 3 , the TYPE_LIGHT is a light sensor that can monitor light intensity (illuminance). In this way, light intensity data can be obtained conveniently by using the light sensor API. Figure 4 is a schematic diagram of some specific example codes for obtaining light intensity data.

In this step 101, the light sensor of the smart mobile terminal is called to monitor the light intensity data, and at least two ranges of light intensity values are trained according to the monitored light intensity data. The specific method includes: calling the light sensor of the smart mobile terminal to monitor and record For the light intensity data within a period of time, calculate the average value of the light intensity during this period, and set the range of light intensity values with the average light intensity as the reference point; repeat this step in the brighter and darker environments in the environment, and get At least two light intensity value ranges.

For example, in a preferred embodiment, the two light intensity value ranges include a high light intensity value range and a low light intensity value range. The present invention can provide a light intensity value training operation setting interface to prompt the user to perform light intensity value training. Fig. 5 is a schematic diagram of training in the light intensity value range in the present invention. Referring to Figure 5, a simple way is that the user turns on the indoor light (as much as possible to simulate the light state in the morning environment, such as training in a certain morning), and clicks the high light intensity training button in the light intensity training operation setting interface , will trigger the training process, that is, the alarm clock control device of the present invention starts to call the light sensor of the intelligent mobile terminal to monitor the light intensity data and record it for 10 seconds, and calculate the light intensity mean value in the 10 seconds, i.e. the average high value, set Set the light intensity value range with the average light intensity as the reference point as the high light intensity value range, for example, take the light intensity average value as the range of plus or minus 1 of the center point, or directly use the light intensity average value as the high light intensity value range; then the user closes the Indoor lighting (simulate the scene during sleep as much as possible, such as closing the curtains again), and then click the low light intensity value training button in the light intensity value training operation setting interface to trigger the training process of low light intensity value, which is the method of the present invention. The alarm clock control device calls the light sensor of the smart mobile terminal to monitor and record the light intensity data, records for 10 seconds, calculates the average value of the light intensity within the 10 seconds, that is, the average low value, and sets the light intensity with the average light intensity as the reference point The value range is used as the low light intensity value range, for example, the light intensity mean value is the range of plus or minus 1 of the center point, or the light intensity mean value is directly used as the low light intensity value range. In this way, the average high light intensity value range and low light intensity value range of the light intensity can be recorded and stored.

Because each indoor electric lamp is different (the light intensity is also different naturally), even the same electric lamp also has changes in light intensity due to reasons such as preheating, and users can use the present invention by themselves to let it learn and adapt to changes in ambient light intensity, and Remember it.

Step 102, setting and storing an alarm clock control instruction corresponding to the state of the alarm clock and the change mode of the light intensity data within the light intensity value range.

Here, it is also necessary to perform user-defined settings according to user instructions, so as to realize user-friendly application scenarios for users. The use case module provided by the present invention will display a use case setting interface through which the setting storage instruction input by the outside world (user) is received, which is used to set the alarm clock state and the light intensity data corresponding to the change mode between the light intensity value ranges Alarm clock control instructions, the state of the alarm clock includes, for example: whether the alarm clock is ringing, whether the alarm clock is set, etc.; the change mode of the light intensity data between the light intensity value ranges includes, for example: The value range changes to the high light intensity value range (that is, the surrounding environment changes from dark to bright, usually a scene with lights on), and the light intensity data changes from the high light intensity value range to the low light intensity value range (that is, the surrounding environment changes from light to dark, usually Turn off the lights scene), the intensity data changes from the low light intensity value range to the high light intensity value range and then changes to the low light intensity value range within a specified time (that is, turn off the light immediately after turning on the light), and so on.

Specifically, in a preferred embodiment, for a certain (or more than one) alarm clock set by the user, for example, for the set wake-up alarm clock at 6 o'clock in the morning, the two light intensity value ranges include the high light intensity value range and the high light intensity value range. In the range of low light intensity values, the setting stores alarm clock control instructions corresponding to the state of the alarm clock and the change mode of light intensity data between the light intensity value ranges, specifically including any of the following:

Table 1

As shown in Table 1, the addition of each alarm clock state and the change mode of the light intensity data between the light intensity value ranges corresponds to an alarm clock control instruction, which is called a user use case. In the present invention, the user can set a user use case corresponding to a certain (or more than one) alarm clock set by the user, such as the set wake-up alarm clock at 6 o'clock in the morning, and then store the user use case corresponding to the alarm clock for subsequent steps Monitor the change of light intensity to judge the use of the alarm clock instruction. The user use cases described in the present invention are all stored in a user use case database, which can be stored locally in the alarm clock control device, or in the cloud, etc. Not all are the same.

Of course, the alarm clock control instructions corresponding to the storage alarm state and the change mode of the light intensity data between the light intensity value ranges are not limited to the above-mentioned ones, and the user can use the setting interface provided by the present invention according to needs. Input setting storage instruction, used to set the personalized alarm clock state and the alarm clock control instruction corresponding to the change mode of the light intensity data between the light intensity value ranges, for example, the light intensity value range can be three or more, can Set the alarm clock control instruction corresponding to the change mode of the light intensity data between these several light intensity value ranges, and so on.

Afterwards, the alarm clock control device of the present invention can send an alarm clock control instruction to the alarm clock corresponding to the user use case according to the light change of the monitored surrounding environment. As next steps:

Step 103, calling the light sensor of the smart mobile terminal to monitor the light intensity data, and judging whether the light intensity data changes in the stored light intensity value ranges (for example, whether the light intensity data changes described in Table 1 occur) , when a certain change mode occurs, determine the current state of the alarm clock, query the state of the alarm clock and the alarm clock control instruction corresponding to the change mode, and send the alarm clock control command to the alarm clock of the smart mobile terminal.

For example, assuming that the user sets a wake-up alarm clock at 6 am, in the prior art, the wake-up alarm clock needs to be manually turned on every night in advance, so that the bell can ring at 6 am the next day, which is very inconvenient to operate, and often If you forget to set it, the alarm clock will not ring the next day and you will be late. But in the present invention, the user can set the user use case shown in Table 1 for the wake-up alarm clock. When the user turns off the light before going to bed at night, the present invention can automatically detect the change of the light from bright to dark and turn on the wake-up alarm clock. And turn it on, save the user to operate by himself, and avoid the possibility that the user forgets to set the wake-up alarm clock. Usually, in order to avoid the radiation of the smart mobile terminal, the user puts the smart mobile terminal far away from the bed. In the early morning, the user can wake up and turn off the alarm clock placed on the remote smart mobile terminal after the alarm rings. , only temporarily turn off the wake-up alarm by turning on the light at the bedside, if the user wants to sleep in for a few more minutes, he can turn on the light and then turn off the light quickly so that the wake-up alarm will sound again after a delay of several minutes; or If the user temporarily wants to cancel the wake-up alarm clock, he does not need to get up and go to a distance to get a smart mobile terminal to turn off the wake-up alarm clock. Instead, he can turn on the light and then quickly turn off the light when the alarm clock is not ringing to close the set alarm clock. Wake up alarm clock, that is, make the wake up alarm clock not ring when the time is up. More settings and corresponding content users can expand and modify according to their own needs. Such a flexible setting makes the operation easier and more humanized to meet the individual needs of users.

However, there are also exceptions to the user use case. For example, in the office, the situation of switching lights similar to that at home will also occur. If the light intensity value range trained in the office is similar to the light intensity value range trained in the user's home, there is A wake-up alarm may be activated at the office, so these exceptions, referred to herein as distractions, need to be ruled out.

Therefore, in a further preferred embodiment of the present invention, the method of the present invention further includes: setting and storing the interference state type and its interference data; When the value range changes, further obtain the current state data of the intelligent mobile terminal specified by the stored interference state type, and judge whether the current state data of the intelligent mobile terminal is consistent with the stored interference data. The mobile terminal alarm clock sends out an alarm clock control command; if it does not match, and in the case of a change mode between the stored light intensity value ranges in the light intensity data, determine the current alarm clock state, query the alarm clock state and the change mode corresponding The alarm clock control command is sent to the smart mobile terminal alarm clock to send the alarm clock control command.

For example, the interference state type and its interference data, and judging whether the current state data of the smart mobile terminal conforms to the stored interference data include any of the following:

(1) The interference state type is a geographic location state, and its interference data is the interference geographic location set by the user; the judging whether the current state data of the smart mobile terminal is consistent with the stored interference data is: judging the current state of the smart mobile terminal Whether the geographic location of is the interference geographic location set by the user, if yes, it meets, otherwise it does not. For example, all smart mobile terminals currently use the location-based service (LBS) function. The smart mobile terminal can record the location information of the user's home and the location information of the office, and set other location information (such as the location information of the office) except the location information of the home as If the interference data of the wake-up alarm clock is detected in the office, when the light intensity data change in the above table 1 is detected, the control command to the wake-up alarm clock will not be triggered, so that the embarrassment of ringing the bell in the office can be avoided.

As for how to determine the geographical location of the office and the user's home, the plug-in interface of the map can be provided and set by the user; it can also be determined by a specific algorithm. The geographic location of the office, if the location remains unchanged within a certain small range, you can take the center point and draw a circle with a radius of one kilometer as the area of the office; If the range remains unchanged, you can take the center point and draw a circle with a radius of one kilometer as the location of the user's home.

(2) The interference state type is a time state, and its interference data is the interference time period set by the user; the judging whether the current state data of the smart mobile terminal is consistent with the stored interference data is: judging the current state of the smart mobile terminal Whether the time is the interference time period set by the user, if it is, it is met, otherwise it is not. The reason for setting this kind of interference data is that the user’s sleep habits are regular. Generally, the alarm clock will only be triggered for a period of time before the user gets up in the morning, or the user can customize the time period when the alarm clock can be triggered or not be triggered. .

(3) The interference state type is an account state, and its interference data is an interference account set by the user; the judging whether the current state data of the smart mobile terminal matches the stored interference data is: judging the current account of the smart mobile terminal Whether it is the interference account set for the user, if it is, it is met, otherwise it is not. This is because the smart terminal may support multiple accounts in the future, and each account will have a different alarm clock control method.

(4) The interference state type is the direction state of the intelligent mobile terminal, and its interference data is the interference direction set by the user; the determination of whether the current state data of the intelligent mobile terminal is consistent with the stored interference data is as follows: judging the intelligent mobile terminal Whether the current direction state is the interference direction set by the user, if yes, it is met, otherwise it is not. For example, when the wake-up alarm clock is usually triggered, the screen of the smart mobile terminal is placed horizontally. However, the process of putting the smart mobile terminal into the bag from the outside. At this time, the light intensity will go from high to dark, but the x/y/z values obtained by the three-axis gyroscope will determine that when it is put into the bag, the orientation of the screen of the smart mobile terminal is generally not horizontal, which is A disturbing orientation, this time will not trigger the alarm clock operation.

Certainly, the interference state type and its interference data, and judging whether the current state data of the smart mobile terminal conforms to the stored interference data can also have a variety of different specific implementations according to the needs of actual scenarios, and are not limited to the above-mentioned Several kinds. For example, when there is a weak light change in the room, or when the user does not expect the change in the indoor ambient light intensity to cause the alarm clock to operate, such scene parameters can be set as interference data.

Corresponding to the above method, the present invention also discloses an alarm clock control device for an intelligent mobile terminal, which is used to execute the above method. FIG. 6 is a schematic diagram of the composition of the alarm clock control device of the smart mobile terminal according to the present invention. Referring to FIG. 6, the alarm clock control device 600 specifically includes:

The training module 601 is used to call the light sensor of the smart mobile terminal to monitor light intensity data, train at least two light intensity value ranges according to the monitored light intensity data, and store the at least two light intensity value ranges;

The use case module 602 is used to set the alarm clock control instruction corresponding to the storage alarm clock state and the change mode of the light intensity data between the light intensity value ranges;

The control module 603 is used to call the light sensor of the smart mobile terminal to monitor the light intensity data, and determine whether the light intensity data has a change mode between the stored light intensity value ranges, and if the certain change mode occurs, Determine the current state of the alarm clock, inquire about the state of the alarm clock and the alarm clock control instruction corresponding to the change mode, and send the alarm clock control instruction to the alarm clock of the smart mobile terminal.

In a specific embodiment, the training module 601 is specifically used to: call the light sensor of the smart mobile terminal to monitor and record light intensity data within a period of time, calculate the average value of light intensity within this period of time, and set the The mean intensity is the light intensity value range of the reference point; repeat this step to obtain at least two light intensity value ranges.

In a specific embodiment, the two light intensity value ranges include a high light intensity value range and a low light intensity value range;

The alarm clock control instructions corresponding to the stored alarm clock state and the change mode of the light intensity data between the light intensity value ranges set by the use case module 602 specifically include any of the following:

The state of the alarm clock is that the alarm clock is ringing, and the light intensity data changes from the low light intensity value range to the high light intensity value range, and the corresponding alarm clock control instruction is to turn off the currently ringing alarm clock;

The state of the alarm clock is that the alarm clock is ringing, and the light intensity data changes from the low light intensity value range to the high light intensity value range and then changes to the low light intensity value range within a specified time. ring the bell

The state of the alarm clock is that the alarm clock is not set, and the light intensity data changes from the high light intensity value range to the low light intensity value range, and the corresponding alarm clock control command is to turn on the corresponding preset alarm clock;

The state of the alarm clock is that the alarm clock has not rang but has been set, and the light intensity data changes from the low light intensity value range to the high light intensity value range and then changes to the low light intensity value range within a specified time, and the corresponding alarm clock control command is to turn off the Already set alarm clock.

In a preferred embodiment, as shown in FIG. 7, the device 600 further includes: an interference setting module 604, configured to set and store the interference state type and its interference data;

The control module 603 further includes an interference elimination module 631, which is used to further obtain the stored intelligent mobile terminal specified by the type of interference state when judging whether the light intensity data changes in the range of the stored light intensity value. Current state data, judge whether the current state data of the smart mobile terminal is consistent with the stored interference data, if so, notify the control module 603 not to send an alarm clock control instruction to the smart mobile terminal alarm clock; In the case of a stored change mode between the light intensity value ranges, the trigger control module 603 determines the current alarm clock state, queries the alarm clock state and the alarm clock control instruction corresponding to the change mode, and sends the alarm clock to the smart mobile terminal alarm clock Control instruction.

More specifically, the interference state type and its interference data, and judging whether the current state data of the smart mobile terminal conforms to the stored interference data include any of the following:

The interference state type is a geographic location state, and its interference data is the interference geographic location set by the user; the judging whether the current state data of the smart mobile terminal is consistent with the stored interference data is: judging the current geographic location of the smart mobile terminal Whether it is the interfering geographical location set for the user, if yes, it meets, otherwise it does not;

The interference state type is a time state, and its interference data is the interference time period set by the user; the judging whether the current state data of the smart mobile terminal is consistent with the stored interference data is: judging whether the current time of the smart mobile terminal is The interference time period set by the user, if it is, it is met, otherwise it is not met;

The interference state type is an account state, and its interference data is an interference account set by the user; the judging whether the current state data of the smart mobile terminal is consistent with the stored interference data is: judging whether the current account of the smart mobile terminal is the Interference account set by the above user, if it is, it is in compliance, otherwise it is not in compliance;

The interference state type is the direction state of the intelligent mobile terminal, and its interference data is the interference direction set by the user; the determination of whether the current state data of the intelligent mobile terminal is consistent with the stored interference data is as follows: judging the current direction of the intelligent mobile terminal Whether the state is the interference orientation set by the user, if yes, it is met, otherwise it is not.

The optical sensor of the present invention can be used in the smart mobile terminal itself, or an additional sensor can be used to provide original data such as original light intensity change data.

In addition, each functional module in each embodiment of the present invention may be integrated into one processing unit, or each module may physically exist separately, or two or more modules may be integrated into one unit. The above-mentioned integrated units can be implemented in the form of hardware or in the form of software functional units. The functional modules of the various embodiments may be located in one terminal or network node, or may be distributed to multiple terminals or network nodes.

In addition, each embodiment of the present invention can be realized by a data processing program executed by a data processing device such as a computer. Obviously, the data processing program constitutes the present invention. In addition, usually a data processing program stored in a storage medium is executed by directly reading the program out of the storage medium or by installing or copying the program into a storage device (such as a hard disk and/or memory) of the data processing device. Therefore, such a storage medium also constitutes the present invention. The storage medium can use any type of recording method, such as paper storage medium (such as paper tape, etc.), magnetic storage medium (such as floppy disk, hard disk, flash memory, etc.), optical storage medium (such as CD-ROM, etc.), magneto-optical storage medium ( Such as MO, etc.) etc.

Therefore, the present invention also discloses a storage medium, in which a data processing program is stored, and the data processing program is used to execute any embodiment of the above-mentioned method of the present invention.

In addition, the steps of the method described in the present invention can be implemented by hardware besides data processing programs, for example, logic gates, switches, application-specific integrated circuits (ASICs), programmable logic controllers, and embedded micro-controllers can also be implemented. device etc. to achieve. Therefore, such hardware capable of implementing the method of the present invention may also constitute the present invention.

The above descriptions are only preferred embodiments of the present invention, and are not intended to limit the present invention. Any modifications, equivalent replacements, improvements, etc. made within the spirit and principles of the present invention shall be included in the present invention. within the scope of protection.

Claims (8)

1. An alarm clock control method for an intelligent mobile terminal, characterized in that, comprising: Calling the light sensor of the smart mobile terminal to monitor the light intensity data, training at least two light intensity value ranges according to the monitored light intensity data, and storing the at least two light intensity value ranges; Setting and storing the alarm clock control instruction corresponding to the state of the alarm clock and the change mode of the light intensity data between the light intensity value ranges; Call the light sensor of the smart mobile terminal to monitor the light intensity data, determine whether the light intensity data has changed in the range of the stored light intensity value, and determine the current alarm clock state when the certain change occurs. Query the state of the alarm clock and the alarm clock control command corresponding to the change mode, and send the alarm clock control command to the smart mobile terminal alarm clock; Set and store the interference state type and its interference data, and when judging whether the light intensity data changes between the stored light intensity value ranges, further obtain the current state data of the intelligent mobile terminal specified by the stored interference state type, Judging whether the current status data of the smart mobile terminal is consistent with the stored interference data, if it is consistent, an alarm clock control command will not be sent to the smart mobile terminal alarm clock; In the case of a change mode between ranges, determine the current alarm clock state, query the alarm clock state and the alarm clock control command corresponding to the change mode, and send the alarm clock control command to the smart mobile terminal alarm clock; The interference state type and its interference data, and judging whether the current state data of the smart mobile terminal conforms to the stored interference data include any of the following: The interference state type is a geographic location state, and its interference data is the interference geographic location set by the user; the judging whether the current state data of the smart mobile terminal is consistent with the stored interference data is: judging the current geographic location of the smart mobile terminal Whether it is the interfering geographical location set for the user, if yes, it meets, otherwise it does not; The interference state type is a time state, and its interference data is the interference time period set by the user; the judging whether the current state data of the smart mobile terminal is consistent with the stored interference data is: judging whether the current time of the smart mobile terminal is The interference time period set by the user, if it is, it is met, otherwise it is not met; The interference state type is an account state, and its interference data is an interference account set by the user; the judging whether the current state data of the smart mobile terminal is consistent with the stored interference data is: judging whether the current account of the smart mobile terminal is the Interference account set by the above user, if it is, it is in compliance, otherwise it is not in compliance; The interference state type is the direction state of the intelligent mobile terminal, and its interference data is the interference direction set by the user; the determination of whether the current state data of the intelligent mobile terminal is consistent with the stored interference data is as follows: judging the current direction of the intelligent mobile terminal Whether the state is the interference orientation set by the user, if yes, it is met, otherwise it is not. 2. The method according to claim 1, characterized in that, the light sensor of the smart mobile terminal is called to monitor the light intensity data, and at least two light intensity value ranges are trained according to the monitored light intensity data, specifically comprising: Call the light sensor of the smart mobile terminal to monitor and record the light intensity data for a period of time, calculate the average light intensity value during this period, and set the light intensity value range with the average light intensity as the reference point; repeat this step to get at least Two light intensity value ranges. 3. The method of claim 1, wherein, The two light intensity value ranges include a high light intensity value range and a low light intensity value range; The setting stores the alarm clock state and the alarm clock control instruction corresponding to the change mode of the light intensity data between the light intensity value ranges, specifically including any of the following: The state of the alarm clock is that the alarm clock is ringing, and the light intensity data changes from the low light intensity value range to the high light intensity value range, and the corresponding alarm clock control instruction is to turn off the currently ringing alarm clock; The state of the alarm clock is that the alarm clock is ringing, and the light intensity data changes from the low light intensity value range to the high light intensity value range and then changes to the low light intensity value range within a specified time. ring the bell The state of the alarm clock is that the alarm clock is not set, and the light intensity data changes from the high light intensity value range to the low light intensity value range, and the corresponding alarm clock control command is to turn on the corresponding preset alarm clock; The state of the alarm clock is that the alarm clock has not rang but has been set, and the light intensity data changes from the low light intensity value range to the high light intensity value range and then changes to the low light intensity value range within a specified time, and the corresponding alarm clock control command is to turn off the Already set alarm clock. 4. The method according to any one of claims 1 to 3, characterized in that the method further comprises: providing an application software user setting interface, and receiving a setting storage instruction input from the outside through the setting interface. 5. An alarm clock control device for an intelligent mobile terminal, characterized in that it comprises: The training module is used to call the light sensor of the smart mobile terminal to monitor light intensity data, train at least two light intensity value ranges according to the monitored light intensity data, and store the at least two light intensity value ranges; The use case module is used to set the alarm clock control instruction corresponding to the storage alarm clock state and the change mode of the light intensity data between the light intensity value ranges; The control module is used to call the light sensor of the smart mobile terminal to monitor the light intensity data, determine whether the light intensity data has a change mode between the stored light intensity value ranges, and determine if a certain change mode occurs. The current alarm clock state, query the alarm clock state and the alarm clock control command corresponding to the change mode, and send the alarm clock control command to the smart mobile terminal alarm clock; The device further includes: an interference setting module, which is used to set and store the interference state type and its interference data; The control module further includes an interference elimination module, which is used to further obtain the current status of the intelligent mobile terminal specified by the stored interference state type when judging whether the light intensity data changes in the range of the stored light intensity value. Status data, to judge whether the current status data of the smart mobile terminal is consistent with the stored interference data, if it is consistent, the alarm clock control command will not be sent to the smart mobile terminal alarm clock; In the case of a change mode between light intensity value ranges, the trigger control module determines the current alarm clock state, queries the alarm clock state and the alarm clock control command corresponding to the change mode, and sends the alarm clock control command to the smart mobile terminal alarm clock; The interference state type and its interference data, and judging whether the current state data of the smart mobile terminal conforms to the stored interference data include any of the following: The interference state type is a geographic location state, and its interference data is the interference geographic location set by the user; the judging whether the current state data of the smart mobile terminal is consistent with the stored interference data is: judging the current geographic location of the smart mobile terminal Whether it is the interfering geographical location set for the user, if yes, it meets, otherwise it does not; The interference state type is a time state, and its interference data is the interference time period set by the user; the judging whether the current state data of the smart mobile terminal is consistent with the stored interference data is: judging whether the current time of the smart mobile terminal is The interference time period set by the user, if it is, it is met, otherwise it is not met; The interference state type is an account state, and its interference data is an interference account set by the user; the judging whether the current state data of the smart mobile terminal is consistent with the stored interference data is: judging whether the current account of the smart mobile terminal is the Interference account set by the above user, if it is, it is in compliance, otherwise it is not in compliance; The interference state type is the direction state of the intelligent mobile terminal, and its interference data is the interference direction set by the user; the determination of whether the current state data of the intelligent mobile terminal is consistent with the stored interference data is as follows: judging the current direction of the intelligent mobile terminal Whether the state is the interference orientation set by the user, if yes, it is met, otherwise it is not. 6. The device according to claim 5, wherein the training module is specifically used to: call the light sensor of the smart mobile terminal to monitor and record light intensity data within a period of time, and calculate the average value of light intensity within this period of time , set the light intensity value range with the light intensity average as the reference point; repeat this step to obtain at least two light intensity value ranges. 7. The device of claim 5, wherein: The two light intensity value ranges include a high light intensity value range and a low light intensity value range; The alarm clock control instructions corresponding to the alarm clock state stored in the use case module and the change mode of the light intensity data between the light intensity value ranges specifically include any of the following: The state of the alarm clock is that the alarm clock is ringing, and the light intensity data changes from the low light intensity value range to the high light intensity value range, and the corresponding alarm clock control instruction is to turn off the currently ringing alarm clock; The state of the alarm clock is that the alarm clock is ringing, and the light intensity data changes from the low light intensity value range to the high light intensity value range and then changes to the low light intensity value range within a specified time. ring the bell The state of the alarm clock is that the alarm clock is not set, and the light intensity data changes from the high light intensity value range to the low light intensity value range, and the corresponding alarm clock control command is to turn on the corresponding preset alarm clock; The state of the alarm clock is that the alarm clock has not rang but has been set, and the light intensity data changes from the low light intensity value range to the high light intensity value range and then changes to the low light intensity value range within a specified time, and the corresponding alarm clock control command is to turn off the Already set alarm clock. 8. The device according to any one of claims 5 to 7, wherein the smart mobile terminal comprises: a smart phone, a feature phone, a smart watch, or a smart home appliance.