CN103269407A - A method for a mobile phone and a novel alarm clock based on brain wave detection - Google Patents

Abstract

The invention relates to a novel mobile phone alarm clock based on brain wave detection, which belongs to the technical field of mobile phones. In the present invention, an electroencephalogram sensor and an analog baseband chip are added, and the electroencephalogram sensor should be worn on the head of the person when the person is resting; and the brainwave data can be transmitted to the mobile phone in real time through the wireless bluetooth sensor; the analog baseband chip of the mobile phone The user's sleep information is extracted from the brain wave data and sent to the processor module; the processor conducts a comprehensive analysis of the user's sleep information, so as to select the time to trigger the alarm clock within the preset time range, and select according to the user's sleep condition Appropriate ringing method. In this way, the user can get better sleep, thereby ensuring a good mental state to work and study better, and it will also bring great benefits to the user's physical health.

Description

A method for a mobile phone and a novel alarm clock based on brain wave detection

technical field

The invention relates to a communication tool, in particular to a mobile phone and a method for using the mobile phone to detect brain waves and then control an alarm clock. the

Background technique

With the development of the times, mobile phones have gradually become one of the necessary items in people's production and life. Although the functions of mobile phones are increasingly strengthened, many functions still need to be further improved to reflect humanization. The pace of life in today's society is accelerating, and people's work pressure is increasing, which makes people's spirits highly tense, and they are prone to various negative states such as insomnia and irritability. In this context, sleep is extremely important. It is a "gas station" for people and can restore people to a good state. However, if good sleep cannot be guaranteed, it will eventually lead to worsening of people's physical and mental state, so good sleep is extremely important. Human sleep is divided into rapid eye movement (rapid eye movement, REM) sleep period and slow eye movement (non-REM, NREM) sleep period, and the two periods cycle alternately. People are generally in a deep sleep during the slow eye movement sleep period, while they are in a lighter sleep stage during the rapid eye movement sleep period. If people are woken up at an inappropriate time, it is easy to cause people to lose energy for a whole day, which will further affect their state. If there is a device capable of monitoring a person's sleep state when a person is sleeping, the person can be woken up at an appropriate time according to the person's overall sleep condition, which not only saves time, but also keeps the person in a good state of mind when waking up. However, traditional alarm clocks generally can only wake the user up at a fixed point in time, so that it is impossible to guarantee that the wake-up time is the best. It may not be able to wake people up, and it is easy to cause people to be in a very bad state when they wake up. This shows that the prior art needs to be further improved. the

Contents of the invention

The present invention provides a mobile phone and a method for using the mobile phone to detect brain wave signals and then detect people's sleep state in order to solve the above-mentioned defects in the prior art. On the basis of the prior art, a brain wave sensor device is added to expand the application of the mobile phone Space, and achieve the purpose of keeping users in a better mental state. the

In order to solve the problems of the technologies described above, the scheme of the present invention includes:

A mobile phone, comprising a processor module and a display module, characterized in that the mobile phone also includes an analog baseband chip and an electroencephalogram sensor, the analog baseband chip is connected to the processor module and the electroencephalogram sensor in communication, and the electroencephalogram When the sensor is connected to the mobile phone, a wireless bluetooth sensor is used, and the processor module is also communicated with the alarm clock module;

The brain wave sensor is not used as a part of the mobile phone, but as a mobile phone accessory, made into a smaller shape suitable for being worn on the head;

The wireless bluetooth sensor is used to transmit the brain wave signal measured by the brain wave sensor to the analog baseband chip;

The analog baseband chip is used to process the brain wave information and send the user's sleep information to the processor module;

The alarm clock module is different from the traditional alarm clock, instead of setting a time point to remind, but setting a time range, this time range can be set by the user or the system;

The processor module analyzes and processes the user's sleep information, obtains the user's sleep status, and determines a specific time point to trigger the alarm clock according to the time period preset by the alarm clock module;

After the processor module processes and analyzes the user's sleep information, it is displayed on the display in the form of text or graphics;

The display is mainly used for displaying sleep information of the user. the

The mobile phone is characterized in that the mobile phone includes a battery for powering the processor module and the analog baseband chip. the

The mobile phone is characterized in that the display should be a liquid crystal display. the

The mobile phone should include a wireless bluetooth sensor, which can realize data transmission at a suitable distance. the

The design scheme of described novel mobile phone alarm clock, it comprises the following steps:

A. When the user is resting, wear the brainwave sensor on the head, and the brainwave sensor transmits the user's brainwave information to the analog baseband chip on the mobile phone through the wireless Bluetooth sensor;

B. The user presets a wake-up time range for the alarm clock, and the mobile phone processor module comprehensively analyzes and processes the sleep information sent back by the analog baseband chip, so as to determine the specific time point when the alarm clock is triggered;

C. The processor module transmits the user's sleep status information to the display in the form of text and graphics for display. the

Description of drawings

FIG. 1 is a structural schematic diagram of a mobile phone capable of monitoring a user's sleep state according to the present invention. the

Wherein, 107 is a wireless bluetooth sensor. the

Detailed ways

Various preferred embodiments of the present invention will be described in detail below in conjunction with the accompanying drawings. the

A kind of mobile phone provided by the present invention and the method for realizing the novel alarm clock by using the mobile phone are that an electroencephalogram sensor and an analog baseband chip are added in the prior art, the design of the mobile phone alarm clock is improved, and the flexible control of the mobile phone alarm clock is facilitated. Get rid of the limitations of traditional alarm clocks, so that users can maintain a better state of mind. Described mobile phone comprises: mobile phone processor unit 102, display 106, and described mobile phone processor unit 102 is connected with display 106 communication; Described mobile phone also comprises electroencephalogram sensor 101, analog baseband chip 103 and wireless bluetooth sensor 107; 101 real-time measurement of the brain wave when the user is sleeping; and the brain wave data is transmitted to the analog baseband chip 103 through the wireless bluetooth sensor 107; the analog baseband chip 103 processes the brain wave data and sends the user's sleep information to the processor unit 102; The processor unit 102 processes the sleep information, thereby storing the user's sleep information in the form of pictures or text for the user to extract at any time. At the same time, the processor unit 102 controls the alarm clock unit 104, and according to the alarm clock time set by the user To determine a reasonable time to trigger the alarm; the alarm unit 104 is provided with various alarm music and vibration modes, and the processor unit 102 can select an appropriate alarm mode according to the user’s sleep information (such as: 1) vibration only; 2) Only music; 3) vibration plus music), the processor unit will also select different playing music for the alarm clock unit according to different sleep states; the mobile phone preferably adopts the most commonly used smart phone system today, which will be more convenient to carry out in it. Program to realize various functions among them. Through the above description, the present invention increases the brain wave detection structure, improves the application of mobile phones, and because the mobile phone can be carried with you, it can not only be used by users when they sleep at night, but also can be used in many situations such as lunch breaks at noon, daily naps, etc. It is convenient for users to maintain a better mental state at all times. the

In order to better use this type of mobile phone, the present invention is also equipped with a specific method of using the mobile phone to realize the new alarm clock function. Before the user goes to sleep, he sets the time range for waking up, and wears the brain wave sensor 101 on his head; The brain wave sensor 101 transmits the brain wave information of the user while sleeping to the mobile phone in real time, and through the processing of the analog baseband chip 103 and the comprehensive judgment of the processor unit 102, the sleep status of the person can be obtained, so as to select an appropriate time point to wake up the user , so that the user can maintain a better mental state when waking up, and it can also save time. the

To sum up, the present invention provides a mobile phone and a method for using the mobile phone to detect brain wave data and trigger an alarm clock at a certain time. By adding a brain wave sensor and an analog baseband chip to the prior art, and using a wireless Bluetooth sensor, The mobile phone can realize the analysis of the brain wave signal and then obtain the sleep information of the person, so as to select the appropriate time to trigger the alarm clock. The invention changes the fixed mode of the traditional alarm clock. By setting a time period, the alarm clock time is flexible and variable, and this change is determined by the user's own sleep state, which relatively improves the humanization of the alarm clock, and at the same time contributes to Users can improve their living habits and sleep according to their own sleep information, so that users can always maintain a good mental state for work and study. the

It should be understood that the above-mentioned descriptions for the preferred embodiments are relatively detailed, and should not therefore be considered as limiting the scope of the patent protection of the present invention. Under the protection scope situation, various deformations such as replacement and simple combination can also be made, and these all fall within the protection scope of the present invention, and the protection scope of the present invention should be based on the appended claims. the

Simultaneously, it should be emphasized that although the present invention takes mobile phones as an example, the present invention can be used in all smart phones, PHS, portable computers, small computers, palmtop computers, telephones, electronic books/dictionaries, multimedia players, game consoles and All systems with computer, monitor and communication functions. the

Claims (5)

1. mobile phone, comprise processor module and display apparatus module, it is characterized in that, described mobile phone also comprises Analog Baseband chip and brain wave sensor, described Analog Baseband chip communicates to connect with processor module, brain wave sensor respectively, it is the wireless blue tooth transducer that described brain wave sensor and Analog Baseband chip carry out transfer of data employed, and described processor module also should be connected with the alarm clock module communication in the mobile phone;

Described brain wave sensor is in mobile phone inside, but as a mobile phone annex, makes a kind of less shape, and be suitable for taking on the head;

Described wireless blue tooth transducer is used for the eeg signal that brain wave sensor is measured and is sent to the Analog Baseband chip;

Described Analog Baseband chip is sent to processor module for the sleep information of brain wave data being handled and therefrom extracted the user;

Described alarm clock module is different from traditional alarm clock, is not to set a time point to remind, but sets a time range, and this time range can be set by the user;

Described processor module draws user's sleep state to user's sleep information comprehensive analysis, the time period according to default in the alarm clock module, determines a concrete time point to trigger alarm clock;

Described processor module carries out user's sleep information can being presented in the mode of literal or figure on the mobile telephone display after the Treatment Analysis;

Described display is mainly used in the sleep information of explicit user.

2. mobile phone according to claim 1 is characterized in that, described mobile phone is included as the battery of mobile phone of described processor module and Analog Baseband chip power supply.

3. mobile phone according to claim 1 and 2 is characterized in that, described display is fit to use LCD.

4. mobile phone according to claim 1 should comprise the wireless blue tooth transducer, can realize the transfer of data of suitable distance.

5. the design of a novel mobile phone alarm clock as claimed in claim 1, it may further comprise the steps:

A, when user's rest, brain wave sensor is taken on the head, brain wave sensor is sent to Analog Baseband chip on the mobile phone with user's brain wave information by the wireless blue tooth transducer;

B, user are to the default time range that can wake up of alarm clock, and the sleep information that handset processes device module transmits the Analog Baseband chip is carried out analysis-by-synthesis and handled, thereby control triggers the concrete moment of alarm clock;

C, described processor module can pass to mobile telephone display to user's sleep state information in the mode of literal and figure and show.

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