TWM487053U - Intelligent sleep recording device - Google Patents

Description

Smart sleep recording device

The present invention relates to a smart sleep recording device, and more particularly to a sensor module signal capable of detecting heartbeat, blood pressure and body changes, which is transmitted to a cloud server by using an operating system of a smart terminal communication device, and transmits Cloud human-machine interface program to analyze and manage sleep state, and can set the wake-up mode of the best sleep state before bedtime, bedtime lullaby, bedtime story, wake-up music, alarm, vibration, sensor signal A smart sleep recording device that receives a sound and light setting mode such as a mode or a light-emitting device.

According to the latest statistics of the World Health Organization (WHO) in 2013, there are 200 million people with poor sleep quality worldwide. According to the latest statistics from the Sleep Medicine Association in Taiwan, nearly 7 million people have sleep disorders each year, including chronic insomnia. More than 30 minutes, more than one month, there are 2.5 million people, and another 2.5 million people suffer from long-term insomnia, and nearly 800 million sleeping sedatives are eaten in one year. Many people have to go to the hospital to sleep and find the cause. It is hard to find a bed. It will take 1 or 2 months, but it will take 9 months to check. Sleeping without sleep can seriously affect the quality of life. If you can record the sleep quality of your home at home, you can expect to achieve the effect of assisting insomnia treatment and user self-assessment. Therefore, some companies have developed a sleep quality analysis device, which is disclosed in the Republic of China Announcement No. M363295, but the device is attached to a human body by a plurality of electrode patches, and the one-core power measurement unit is connected to the electrode patches. And measuring the human body through the electrode patches to generate an ECG signal to divide The unit analyzes the ECG signal to know the sleep quality of the human body. However, it analyzes the ECG signal in the way of Cardiopulmonary Coupling to understand the sleep quality of the human body, and based on ECG to perform sleep cardiopulmonary coupling analysis technique and complex computer operation to analyze unstable sleep. distributed. Physiologically, however, a specific neuron in the brainstem, or a Rapid Eye Movement (REM) sleep cell (located in the pons), is also a stage of sleep, also known as rapid eye movement. Sleep, because at this stage the eyeball moves quickly, and now the brain's neurons behave the same as when they are awake. It is the shallowest of all sleep stages, so people who wake up during REM sleep will be different from other sleep stages, but full of energy. And some of the neurotransmitters and monoamines (including: norepinephrine, serotonin, histamine) are in a state of cessation during REM sleep. This also causes the so-called REM Atria, when the muscle tension of the person is lacking, the motor neurons are at rest, and the muscles of the body do not move at all during this period. In general, sleep can be divided into two phases: one is the Rapid Eye Movement (REM) and the other is the Non-Rapid Eye Movement (NREM). The non-rapid eye movement is divided into three phases, including N1, N2, and N3. In general, N1 and N2 are collectively referred to as the shallow sleep period, and N3 is the deep sleep period. Sleep is usually started from N1 and N2. After N3, it will enter the N2 phase and then enter the rapid eye movement period. This is a sleep cycle or a sleep cycle. Usually humans will wake up after REM sleep for a while, and the REM sleep time per night is about 90 to 120 minutes. During rapid eye movements, brain waves can become very fast, even more intense than when you are awake. At this time, the body muscles are most relaxed, even near, and the heart rate, blood pressure and respiratory rate will rise. The rapid eye movement period is also the time when people are most likely to dream. It is generally thought that dreaming is the brain reorganizing daytime information, transforming into long-term memory, and increasing neural connections to enhance the results of learning. Therefore, there is a way for developers to develop a method by REM. The device is intended to induce a person with a sleep disorder, as disclosed in US Patent No. 5,507,716 (EQUIPMENT AND METHODS USED TO INDUCE LUCID DREAMS IN SLEEPING PERSONS). The sleep recorder based on the cardiopulmonary analysis of the coupled heart signal is more complicated and cannot provide immediate and effective assistance to the insomnia in the REM sleep period, so it can not meet the actual use requirements, and further improvement is necessary.

In view of this, the applicant has been continuously researching and experimenting to improve a smart sleep recording device with sensor module signals that can detect heartbeat, blood pressure and body changes, and control the operation system of the smart terminal communication device. Transfer to the cloud server, and analyze and manage the sleep state through the cloud human-machine interface program, and can set and start the optimal sleep state setting wake-up mode, bedtime lullaby, bedtime story, wake-up music, trouble A smart sleep recording device for sound and light setting modes such as bell, vibration, sensor signal receiving mode, and illumination device.

The main purpose of this creation is to provide a smart sleep recording device with sensor module signals that can detect heartbeat, blood pressure and body changes, and use the operating system of the smart terminal communication device to control transmission to the cloud server. And through the cloud human-machine interface program to analyze and manage sleep state, and can set before sleep, set the optimal sleep state setting wake-up mode, bedtime lullaby, bedtime story, wake-up music, alarm, vibration, sensor A smart sleep recording device of a sound receiving and light setting mode such as a signal receiving mode or a light emitting device.

The smart sleep recording device comprises a sensor module, a wireless transmission module, a speaker audio playback module, a voice signal receiving module, a lighting module and a connected digital signal processor. With a micro processing unit. The wireless transmission module is connected to a digital signal processor and a micro processing unit for providing communication with a smart terminal or a cloud Wireless transmission of the server. The sensor module comprises a fast eye movement sensor, a wearable heartbeat measuring sensor, a wearable blood pressure sensor and a skin surface resistance sensor for detecting a user's sleep to the last REM cycle, heartbeat The blood pressure and the body's change sensing signal are controlled by the operating system of the smart terminal communication device, and the signals collected by the sensor module are transmitted to the cloud server for recording and analysis, and the sleep quality is managed.

The aforementioned smart sleep recording device can be disposed in the surface layer of a sleeping pillow, such as a pillow or a pillowcase, and is passed through a cloud human-machine interface program for setting before going to bed, starting wake-up mode, and going to bed. Lullaby, bedtime story, wake-up music, alarm, vibration, sensor signal reception mode, light-emitting device and other sound and light setting modes.

The aforementioned smart sleep recording device is capable of recording the action behavior during sleep, the sound of the sound, etc., for judging whether the sleep state of the user belongs to shallow sleep or deep sleep, and can record the sleep cycle of the user. After using the recording for a period of time, you can analyze and manage the average sleep time and sleep state to manage, set the optimal sleep cycle and sleep quality.

1‧‧‧Sensor module

11‧‧‧Fast eye movement sensor

12‧‧‧Bending sensor

13‧‧‧ Wearable measuring heartbeat sensor

14‧‧‧Wearing blood pressure sensor

15‧‧‧Skin surface resistance sensor

2‧‧‧Wireless transmission module

3‧‧‧Yang audio playback module

31‧‧‧ Horn

4‧‧‧Voice signal receiving module

41‧‧‧ microphone

5‧‧‧Lighting module

51‧‧‧Lighting device

6‧‧‧Digital Signal Processor and Micro Processing Unit

7‧‧‧Power Management Module

8‧‧‧Smart terminal communication device

9‧‧‧Cloud Server

91‧‧‧Cloud Man-Machine Interface Program

92‧‧‧Database Module

A‧‧‧ Pillows

A1‧‧‧Vibration parts

B‧‧‧Wireless communication network

C‧‧‧Internet

Figure 1 is a block diagram of the creation.

Figure 2 is a block diagram of this creation.

Please also refer to Figure 1 and Figure 2 for the structure and block diagram of this creation. As shown in the figure, the present invention mainly includes a sensor module 1, a wireless transmission module 2, a wireless audio playback module 3, a voice signal receiving module 4, and a lighting module 5. And a digital signal processor and a micro processing unit 6 connected thereto. The wireless transmission module 2 is connected to the digital signal processor and the micro processing unit 6, and is connected to a cloud server 9 via the Internet C, or through the wireless communication network B through a smart terminal communication device 8 The network C is connected to the cloud server 9. The sensor module 1 includes at least a plurality of sensors including: Rapid Eye Movement (REM) 11, bending sensor (Flex) 12, wearable heartbeat measuring sensor (Heart) Beat sensor in wearable band 13, a blood pressure sensor in wearable band 14, a skin resistance sensor in pillow surface 15. The skin surface resistance sensor 15 includes an interdigitated electrode biosensor and a plurality of conductive fibers for receiving signals, and transmitting the collected signals to the digital signal processor and the micro processing unit 6. Among them, the wireless transmission module can add short-distance communication such as wireless local area network (802.11) and Bluetooth different communication sub-modules according to the communication range.

The wearable measuring heartbeat sensor 13 collects and transmits a plurality of information such as a heartbeat, a heart rate interval, a maximum heartbeat, an average heartbeat, such as a heart rate profile, and transmits the collected signal to a digital signal processor and micro processing. Unit 6. The wearable blood pressure sensor 14 transmits the obtained blood pressure measurement value and other non-invasive sensor value such as blood glucose sensing data (Glucose Profile) to the sensor module through the built-in Bluetooth "Profiles". 1. The collected signal is transmitted to the digital signal processor and the micro processing unit 6. The digital signal processor and the micro processing unit 6 store the signal of the sensor module 1 into its memory, and send the collected signal message to the cloud server 9 by the wireless transmission module 2. Based on the graphics of the operating system or the program of the cloud server 9, an analysis tool is generated on the user interface to analyze the data.

The speaker audio playback module 3 includes at least one speaker 31 for sounding or playing music.

The voice signal receiving module 4 includes at least two microphones 41 for collecting a beating signal and a sound signal of a heart during sleep of the user to generate an audio signal for the digital signal processor and the micro processing unit 6 to analyze the audio. The signal generates a corresponding control action; it can receive a beating signal from the user's heart from 20 Hz to 180 Hz, and receive a sound from 4 Hz to 300 kHz during sleep of the user.

The wireless transmission module 2, the audio frequency playing module 3, the voice signal receiving module 4, the lighting module 5, and the connected digital signal processor and the micro processing unit 6, and the bending sensor 12 are connected to a sleep. The pillow is the pillow A in this embodiment. The rapid eye movement sensor 11 is worn on the user's head, and the wearable measurement heartbeat sensor 13, the wearable blood pressure sensor 14, and the skin surface resistance sensor 15 are worn on the user's body.

This creation system uses the cloud man-machine interface program to set and start the setting mode of wake-up mode before bedtime, lullaby before bedtime, bedtime story, vibration (vibration A1), wake-up music, alarm, etc. And you can download a variety of sleep music and music you like and need through the wireless network. The frequency play module 3 is broadcasted.

The rapid eye movement sensor 11 is an activity signal for detecting a rise in heartbeat, blood pressure and respiratory frequency when the user enters the REM cycle. When the wearable measurement heartbeat sensor 13 detects a heartbeat rise, the fast eye movement sensor 11 is activated at this time, and then the signal that the detected user sleeps into the REM cycle is sent to the digital signal processor and the micro processing unit. 6. The digital signal processor and the micro processing unit 6 activate the light emitting device 51 of the light emitting module 5, and the current REM cycle is displayed by the light emitting device 51. The pre-recorded music in the audio player module 3 provides a suitable music and lighting to let the user wake up from a clear dream and happiness. In this embodiment, the wearable measuring heartbeat sensor 13 is used to detect the heartbeat beat to determine whether the sleep has reached the fast eye movement period, and at the same time, the rapid eye movement period is found by the algorithm, and the rapid eye movement sensing is performed at this time. The device 11 will also be activated and record all sleep periods during rapid eye movements.

The bending sensor 12 is configured to sense a sleep posture and any changed sleep position, and to sense when the user enters a sleep state, and activate other sensors if the user begins to enter the sleep period.

The skin surface resistance sensor 15 senses the skin resistance of the neck by the conductive fibers. When the rapid eye movement sensor 11 is activated, the skin surface resistance sensor 15 uses the skin resistance to measure the psychological reaction of the human body during the rapid eye movement period. (Example: user nervous, excited). The wearable measuring heartbeat sensor 13 senses the heart beat, and the wearable blood pressure sensor 14 detects the blood pressure. When the fast moving eye sensor 11 is activated, the skin resistance curve is combined to detect the user's sleep state.

The above-mentioned creation system can record the action behavior, volume, etc. during sleep to determine whether the user's sleep state belongs to shallow sleep or deep sleep, and can also record the user's sleep wake-up time, and can observe the average sleep after using for a period of time. Time and sleep state are very useful for self-assessing sleep quality. In addition, users can easily download a variety of sleep music and music that they like and need through the wireless network, and broadcast them by the Yang audio player module 3.

The various sensor and sensor modules 1 of the present invention are connected to the Internet C and the cloud server via the wireless communication network B via the wireless communication network B and the smart terminal communication device 8 (for example, a smart phone). 9, or via wireless communication network B and Internet C The cloud server 9 is connected to send the recorded data to the cloud server 9. The cloud server 9 further includes a cloud human interface module 91 and a database module 92. The database module 92 automatically collects and backs up all the materials of the smart sleep recording device by using the network network C. In an embodiment, the cloud human-machine interface program 91 of the cloud server includes a web user interface, a function setting of a smart sleep recording device, a smart sleep recording device load control, a social (calendar, a to-do list, etc.) Function, sleep analysis, dream research.

The power management module 7 serves as a power management, battery charging, system required voltage conversion and switching.

The foregoing embodiments are merely illustrative of the preferred embodiments of the present invention, and are not intended to limit the scope of the present invention, and the details of the present invention are not deviated from the spirit of the present invention.

In summary, the creation consists of a sensor module, a wireless transmission module, a speakerphone module, a lighting module, a voice signal receiving module, a power management module, a digital signal processor and a micro processing unit. Smart sleep recording device. Inductive heartbeat, blood pressure and body changes signals, use the cloud human-machine interface program to control and transmit the sensing signal to the cloud server to analyze and manage the sleep state, and can set the wake-up mode and sleep in the optimal sleep state before going to bed. Smart sleep recording device with sound and light setting modes such as pre-lullaby, bedtime story, wake-up music, alarm, vibration, and illumination. For a practical design, and is a novelty of creation, 提出 legally filed an application for patents, prayed for review, and granted patents as soon as possible.

12‧‧‧Bending sensor

13‧‧‧ Wearable Heartbeat Measurement Sensor

14‧‧‧Wearing blood pressure sensor

2‧‧‧Wireless transmission module

3‧‧‧Yang audio playback module

31‧‧‧ Horn

4‧‧‧Voice signal receiving module

41‧‧‧ microphone

5‧‧‧Lighting module

51‧‧‧Lighting device

6‧‧‧Digital Signal Processor and Micro Processing Unit

7‧‧‧Power Management Module

8‧‧‧Smart terminal communication device

9‧‧‧Cloud Server

A‧‧‧ Pillows

A1‧‧‧Vibration parts

B‧‧‧Wireless communication network

C‧‧‧Internet

Claims (13)

A smart sleep recording device comprising a digital signal processor and a micro processing unit, a sensor module connected to the digital signal processor and the micro processing unit, and a digital signal processor and a micro processing unit a wireless transmission module, a speaker audio module connected to the digital signal processor and the micro processing unit, a voice signal receiving module connected to the digital signal processor and the micro processing unit, and a digital signal processing a lighting module connected to the micro processing unit, a power management module connected to the digital signal processor and the micro processing unit, wherein the wireless transmission module is used to provide a communication device with a smart terminal or a cloud servo The wireless transmission of the device uses the smart terminal communication device human-machine interface program or the cloud human-machine interface program to execute instructions, and transmits the signals collected by the sensor module to the cloud server for recording and data analysis management. The smart sleep recording device according to claim 1, wherein the sensor module, the wireless transmission module, the speaker frequency playing module, the voice signal receiving module, the power management module, the lighting module, and The digital signal processor and the microprocessor unit are placed on a pillow. The smart sleep recording device according to claim 1, wherein the sensor module comprises a fast eye movement sensor, a wearable measurement heartbeat sensor, a wearable blood pressure sensor, and a skin surface resistance sensor. Etc., used to detect the user's sleep REM cycle, heartbeat, blood pressure and body change sensing signals. The smart sleep recording device according to claim 1, wherein the wireless transmission module has a communication sub-module. The smart sleep recording device of claim 1, wherein the voice signal receiving module comprises a microphone for collecting sound to generate an audio signal for the digital signal processor and the micro processing unit to analyze the audio. The signal produces a corresponding control action. The smart sleep recording device according to claim 1, wherein the sound frequency playing mode The group has speakers for playing voice or music. The smart sleep recording device according to the second aspect of the patent application, wherein the cloud-based human-machine interface program is used to activate the wake-up setting wake-up mode, the bedtime lullaby, the bedtime story, and wake up. Sound and light setting mode for music, alarm, vibration, and illumination. The smart sleep recording device of claim 3, wherein the wearable blood pressure sensor comprises a Bluetooth transmitter, and the collected signal is transmitted to the digital signal processor and the micro processing unit. The smart sleep recording device of claim 3, wherein the skin surface resistance sensor comprises an interdigitated electrode biosensor for receiving a telecommunication signal and transmitting the collected signal to the digital signal processing. And micro processing unit. The smart sleep recording device according to claim 5, wherein the microphone is used to collect a signal sound of a heartbeat during sleep of the user from 20 Hz to 180 Hz and a sound from 300 Hz to 4 kHz during sleep of the user, and The collected signals are transmitted to the digital signal processor and the microprocessor unit. The smart sleep recording device according to claim 1, wherein the light-emitting module transmits a signal of a current sleep REM cycle and a sleep state for display by a light-emitting device. The smart sleep recording device according to claim 1, wherein the power management module functions as a battery power management, a system required voltage conversion, and a switch. The smart sleep recording device according to claim 1, wherein the cloud server includes a cloud human-machine interface program and a database module, wherein the cloud human-machine interface program has a preparation The module is used to connect the smart terminal communication device and automatically back up all the data in the cloud server.