TWI736119B - Auxiliary system for efficient sleep optimization - Google Patents

Abstract

An auxiliary system for efficient sleep optimization is disclosed. The system includes a sleep vehicle, a sleep light source module, a sleep sound source module, a sleep physiological data detection module, an essential oil divergence module, an oxygen adding device, an automatic control module and an electric power supply module. The automatic control module can be used to control each module to operate and wake up the user in a predetermined time and provide the user with excellent short sleep quality. The sleep light source module, the sleep sound source module, the sleep physiological data detection module, the essential oil divergence module and the oxygen adding device help users to fall asleep quickly. Most importantly, the sleep physiological data detection module can provide the detected sleep physiological data to dynamically adjust the operating time of the sleep chamber to meet the needs of users in each stage of the sleep cycle.

Description

High-performance sleep optimization assist system

The present invention relates to a sleep assistance system, in particular to a high-efficiency sleep optimization assistance system that can control sleep factors and allow users to sleep effectively to obtain physical and mental relaxation and rest.

Sleep is a physiological activity used by organisms to restore energy, eliminate brain metabolites, and make appropriate rest. In addition to sleeping at home for the time required for a full day, most people also choose to take a lunch break for dozens of minutes at noon for long hours of work or school. Please refer to Figure 1. The reason why a short sleep can effectively restore energy is that the body has completed a light sleep cycle, from awakening to sleep (from waking slowly to a state of falling asleep, at this stage people Gradually lose awareness of external stimuli; if there is noise in the environment, most people can be awakened and then react) or sleep phase two (between light sleep and deep sleep, after experiencing this stage for a while Later, people will feel that they have fallen asleep) and regain consciousness. If the sleep time is longer, people can enter the third stage of sleep slow-wave sleep (Slow-Wave Sleep, SWS), the brain is still continuously active, but the activities of each area will be more synchronized, so the brain waves look like It will be slower and bigger. Sleep at this stage is a deep sleep. People’s senses are the least aware of external stimuli. After entering the Rapid Eye Movement (REM) period, they complete a complete sleep cycle, which takes about 90 minutes. Of course, the latter is far more effective in rejuvenating people than the former.

Academically, a NASA study led by Professor David F. Dinges of the University of Pennsylvania School of Medicine found that naps can improve certain memory functions (Mollicone, Daniel J.; Van Dongen, Hans PA; Dinges, David) F. (2007). "Optimizing sleep/wake schedules in space: Sleep during chronic nocturnal sleep restriction with and without diurnal naps". Acta Astronautica. 60 (4-7): 354. doi:10.1016/j.actaastro.2006.09. 022.). Naps can also reverse the hormonal effects of sleepless nights or reverse the hazards of sleep deprivation. Especially when sleepers have accumulated insufficient sleep. It is recommended to use various times for power nap (power nap), which is very short compared to regular sleep. The purpose of a short nap is to prevent the nap from entering the SWS. Arousal in SWS will cause sleep inertia, which will result in more lethargy than before nap. Since sleep is the most effective and beneficial way to recover from fatigue, experts recommend considering the duration of naps and avoid entering SWS (McEvoy, RD; Lack, LL (2006). "Medical staff working the night shift: Can naps help?". The Medical Journal of Australia. 185 (7): 349-50. PMID 17014398.).

On the other hand, due to the increased work pressure of modern people and poor sleep quality, the trend of "sleep cabins" has emerged in the market. Generally speaking, the sleeping cabin is a quiet and independent sleeping space equipment set up in a busy industrial and commercial area for people who are in low spirits or need sleep. Different from the rest environment of the general hotel, the sleeping cabin provides a temporary sleeping environment, and also considers the economic cost: it does not take up much space. But in this limited space, it is a boon for people with high pressure in modern work, and the demand is also steadily rising. However, the existing sleeping cabin has the following problems. First, short sleep is time-effective. The sleep cycle shown in Figure 1, the average person’s complete sleep (night) will contain 4 to 6, but for people who need a short sleep rest, basically a 90-minute deep sleep cycle is enough, even 20 A minute nap. However, most sleep cabins do not take into account the theory of sleep cycle, and under operational considerations, it is hoped that customers sleep as long as possible. On the contrary, they cannot effectively provide customers with excellent short-term sleep quality. If customers are only asked to set an alarm clock for sleep time control, then customers may be interrupted during a sleep cycle, and the quality of rest will be greatly reduced. Second, it is not very easy for ordinary people to fall asleep quickly from busy schedules; in order to relax the body's senses and enter sleep, some auxiliary services are needed, such as music, light control, fragrance divergence, etc. However, these auxiliary services are not seen in In the existing sleeping cabin. Third, everyone’s sleep cycle time is not the same. In setting the operating time of the sleep cabin, it is best to dynamically adjust it according to some detected sleep physiological data (brain wave frequency, respiratory air flow, pulse frequency, Heart rate, blood oxygen level, body movement rate, snoring decibels, sleeping posture, etc. can be used to judge a person’s sleep efficiency and which stage of the sleep cycle is currently in). Regarding this point, the current sleeping cabins do not provide relevant equipment.

In order to solve the aforementioned problems existing in the current sleeping cabin, there is the beginning of the present invention.

This paragraph of text extracts and compiles certain features of the present invention. Other features will be revealed in subsequent paragraphs. Its purpose is to cover the spirit and scope of the additional patent application, various modifications and similar permutations and combinations.

In order to solve the aforementioned problems, the present invention proposes a high-efficiency sleep optimization assistance system. The system includes: a sleep optimization assist system, including: a sleep carrier, which carries the user for sleep, and can periodically swing in the direction parallel to the connection between the user’s head and foot; a sleep light source module, when the user enters Provides a red or yellow background light that aids sleep before and during sleep, and provides green, blue or full-spectrum background light when awakening the user; a sleep sound source module provides the user with a different sleep Stage background music, using Binaural Beats technology; a sleep physiological data detection module, which can be connected to a specific part of the user's body to detect the sleep physiological data of the user during sleep, so as to determine the user In which stage of the sleep cycle; an automatic control module, electrical signals are connected to the sleep vehicle, the sleep light source module, the sleep sound source module, and the sleep physiological data detection module to preset and control the sleep The operation of the vehicle and the modules; and a power supply module, and the sleep vehicle, the sleep light source module, the sleep sound source module, the sleep physiological data detection module, and the automatic control module Electrical connection to provide working power.

Preferably, the sleeping vehicle is an electric rocking bed or an electric rocking chair with adjustable back angle.

According to the present invention, the automatic control module controls the sleep vehicle to swing back and forth with an amplitude of 4-5 cm and a cycle of 30-40 times per second before the user enters sleep; The amplitude of 3 cm and the cycle of 130-140 times/sec swing back and forth.

Preferably, the illuminance of the green, blue or full-spectrum background light provided when the user is awakened can be above 3000 Lux.

Preferably, the automatic control module controls the volume of the music provided by the sleep sound source module before the user enters sleep to less than 30 decibels; the volume of the music when the user wakes up is 60-70 decibels.

Preferably, the sleep physiological data detection module includes a brain wave detector to detect brain wave frequency, a respiratory airflow detector to detect respiratory air flow, a pulse detector to detect pulse frequency, and heart rate detection The device detects heart rate, blood oxygen detector to detect blood oxygen level, body motion detector to detect body movement rate, noise decibel detector to detect snoring decibels, or motion monitor to monitor sleeping posture.

The high-efficiency sleep optimization auxiliary system may further include an oxygen adding device, which is electrically connected to the automatic control module and electrically connected to the power supply module, and is controlled by the automatic control module to provide users with oxygen.

The high-efficiency sleep optimization auxiliary system may further include a noise reduction cabin that contains the sleep vehicle, the sleep light source module, the sleep sound source module, the sleep physiological data detection module, and the essential oil emission module , The automatic control module and the power supply module allow the user to sleep in it and reduce the introduction of external noise.

The high-efficiency sleep optimization auxiliary system may further include an equipment disinfection and sterilization module, which is electrically connected to the automatic control module and electrically connected to the power supply module, and is controlled by the automatic control module to achieve the high-efficiency When the sleep optimization assist system is not used by the user, it emits disinfection and sterilization substances or sterilization ultraviolet light inside the noise reduction cabin.

Preferably, the disinfecting and sterilizing substance is ozone or hypochlorous acid water spray.

Preferably, the noise reduction cabin may further include an access door. When the access door is opened, the user can sit or lie on the sleeping vehicle, and the sleeping vehicle can enter the vehicle through a pair of sliding rails. In the noise reduction cabin, the entry door is closed to perform the operation of the automatic control module; when the user wakes up, the entry door is opened again, and the sleeping vehicle slides out of the noise reduction cabin for use The person leaves the sleeping vehicle.

The high-efficiency sleep optimization assisting system may further include an air conditioning module, which is electrically connected to the automatic control module and electrically connected to the power supply module, and is controlled by the automatic control module to adjust the noise reduction cabin Internal temperature and humidity.

Preferably, the automatic control module presets a wake-up time, and when the wake-up time expires, the automatic control module notifies the modules connected to the sleeping vehicle and the electrical signals to change the operation mode to wake up the user.

Preferably, when the automatic control module detects that the user enters a power nap phase or completes more than one sleep cycle when the sleep physiological data detection module detects that the user enters the power nap phase or completes more than one sleep cycle, it is set to notify the sleep vehicle and the The module connected to the telecommunications signal changes its operation mode to wake up the user.

The high-efficiency sleep optimization auxiliary system may further include an essential oil dispersing module, which is electrically connected to the automatic control module and electrically connected to the power supply module, and is controlled by the automatic control module to disperse essential oils to the user .

The high-efficiency sleep optimization auxiliary system may further include an intelligent bioenergy wave transmitting module, which is electrically connected to the automatic control module and electrically connected to the power supply module. If the sleep physiological data detection module detects When the time when the user enters a specific sleep cycle stage is lower than the standard value, a biological energy wave is emitted to promote the user's sleep.

Preferably, the bioenergy wave is a Schumann wave.

Preferably, the sleep sound source module uses Binaural Beats technology to improve the sleep effect of the user.

The present invention can use the automatic control module to control the operation of each module and wake up the user regularly, providing the user with excellent short-term sleep quality. Sleep light source module, sleep sound source module, sleep physiological data detection module and essential oil emission module help users to fall asleep quickly. Most importantly, the sleep physiological data detection module can provide the detected sleep physiological data for dynamic adjustment in setting the operating time of the sleep cabin, so as to meet the needs of users in all stages of the sleep cycle.

The technical solutions in the embodiments of the present invention will be clearly and completely described below in conjunction with the accompanying drawings in the embodiments of the present invention. Obviously, the described embodiments are only a part of the embodiments of the present invention, rather than all the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by those skilled in the art without creative work shall fall within the protection scope of the present invention.

According to the present invention, the high-efficiency sleep optimization auxiliary system can be used alone in the home, work environment or public areas for non-commercial use; it can also be installed with a noise reduction cabin to limit its own volume, making it possible to standardize and sell The equipment applied to commercial services is described in several embodiments below.

Please refer to Fig. 2, which is a schematic diagram of a high-efficiency sleep optimization assistance system according to an embodiment of the present invention. The high-efficiency sleep optimization assistance system includes a sleep vehicle 100, a sleep light source module 200, a sleep sound source module 300, a sleep physiological data detection module 400, an essential oil dispersion module 500, and an oxygen addition module. The device 600, an automatic control module 700, a power supply module 800, and an intelligent biological energy wave transmitting module 850. The following describes the functions and interactive operations of these technical components.

The sleeping vehicle 100 is electrically connected to the automatic control module 700 and electrically connected to the power supply module 800 to receive the automatic control operation of the automatic control module 700 and the power supply of the power supply module 800 respectively. In this embodiment, in order to indicate the "electrical signal connection" or "electrical connection" relationship between components, dotted and dashed lines are used to indicate "electrical signal connection", and the dashed lines indicate "electrical connection". The wiring method of the connection line is only for illustrative purposes. In fact, the embedding and configuration methods of various signal lines and wires can be designed according to actual needs, and are not limited by the present invention. The sleep carrier 100 is a tool for carrying the user 10 to sleep, and can periodically swing in a direction parallel to the connection between the head and feet of the user (in the direction shown by the double arrow arrow in FIG. 1). Since the purpose of the sleep vehicle 100 is to allow the user 10 to fall asleep quickly and be able to be effectively awakened, in practice, the sleep vehicle 100 can be an electric rocking bed, allowing the user 10 to directly lie down in a lying position; Or an electric rocking chair with adjustable back angle (as shown in Figure 3), which has a chair back with adjustable angle θ from the horizontal direction. θ can be borrowed from 0 degrees to 90 degrees, allowing the user 10 to choose a habitual sleeping position for sleep (can be sitting or lying). When the sleeping position is selected for sleep, the leg plate 103 of the electric rocking chair will also be lifted synchronously, so that the legs of the user 10 and the upper body are on the same plane. It should be noted that the sleep vehicle 100 has a different operating state before the user 10 enters sleep and when the user 10 is awakened. According to the present invention, the automatic control module 700 controls the sleep carrier 100 to swing back and forth with an amplitude of 4-5 cm and a cycle of 30-40 times/sec before the user 10 enters sleep; when the user 10 is awakened, The amplitude of 2-3 cm and the cycle of 130-140 times/sec swing back and forth. Before falling asleep, the user 10 is shaken with a greater blessing and a lower frequency. The purpose is to simulate the situation where people sleep in the arm shaking or cradle of an adult when they are babies, so that the user 10 can be physically and psychologically shaken. Relax your alertness and speed up falling asleep. On the other hand, shaking the user 10 with a small vibration and a large frequency can assist in waking up the user 10 without causing a psychological burden. As for the user 10 in the sleep cycle, he can set whether the sleep carrier 100 is repeatedly shaken according to his needs. In order to be able to sleep comfortably, the sleep carrier 100 can be fitted with a pillow set 101 for the user 10 to lie on, or the user 10 can put on a blanket 102 to maintain the body temperature during sleep.

The sleep light source module 200 is a tool for adjusting the background light source of the use environment. Since human skin and eyes respond to the type and intensity of the background light source when sleeping, adjusting a background light that is most suitable for sleep is very important for effective sleep. The sleep light source module 200 can be a full-spectrum LED light set, and its set operation mode is to provide sleep aid or a red or yellow background light that does not affect the physiological clock before and during the sleep of the user 10, and is used for wake-up Provides green, blue or full-spectrum background light at 10 o'clock. The background light before and during sleep may not be too strong, and less than 3 Lux is a good choice, which can be set by the user 10 through the automatic control module 700. However, for the green, blue or full-spectrum background light provided when the user 10 is awakened, the illuminance is preferably above 3000 Lux. The purpose of using high illuminance is to stimulate the user's 10 serotonin secretion with strong light, so as to wake up from a deep sleep and improve activity. In addition, in this embodiment, a support frame 20 is used to erect the sleep light source module 200, and its purpose is to provide convenient positioning of some modules relative to the user 10, as well as convenient wiring layout (such as connecting to the power supply module 800). Part of the power lines of is set in the support frame 20, and part of the signal lines connected to the automatic control module 700 are laid along the surface of the support frame 20). However, in other embodiments, the supporting frame 20 may not be used, and the related modules and circuits may be erected by attaching to the existing environment, such as walls and cabinets. It should be emphasized that the space for installing the high-performance sleep optimization auxiliary system should be relatively isolated and controllable light, preferably in a separate cubicle without windows, or a room with blackout curtains to avoid sleeping light source modules 200 features are discounted.

The sleep sound source module 300 is electrically connected to the automatic control module 700, and is electrically connected to the power supply module 800, and is erected on the support frame 20. Its function is to provide the user 10 with background music at different stages of sleep. In practice, the sleep sound source module 300 may be a set of amplified speakers or earphones. The background music can be, but is not limited to classical music, pop music, religious poetry, Buddhist scriptures, etc., or even audio combinations without themes, which can help people sleep, and can use Binaural Bats technology to improve users10 The effect of sleeping. It should be noted that the automatic control module 700 controls the volume of the music provided by the sleep sound source module 300 before the user 10 enters sleep to be less than 30 decibels, and the volume of the music when the user 10 is awakened is 60-70 decibels. The purpose of the former is to help sleep with as little music as possible, and the purpose of the latter is to wake up the user 10 with a louder volume. As for sleep, no matter which stage it is in, the sleep sound source module 300 can be set by the automatic control module 700 to switch the music type or cut off the music.

The sleep physiological data detection module 400 is electrically connected to the automatic control module 700, and is electrically connected to the power supply module 800, and can be connected to a specific part of the body of the user 10 to detect the sleep physiological data of the user 10 during sleep ( Such as brain wave frequency, respiratory air flow, pulse frequency, heart rate, blood oxygen level, body movement rate, snoring decibels or sleeping posture) to determine which stage the user is in the sleep cycle (such as sleep phase 1, sleep phase 2, Sleep three or rapid eye movement period). The sleep physiological data detection module 400 determines whether the user 10 falls asleep, so that the automatic control module 700 can switch the operation modes of other modules. In this embodiment, the sleep physiological data detection module 400 is a body motion detector installed on the wrist of the user 10 to detect body motion rate, and belongs to a wearable detection device. In other embodiments, the sleep physiological data detection module 400 may include a brain wave detector to detect brain wave frequency, a respiratory air flow detector to detect respiratory air flow, and a pulse detector to detect pulse frequency. , Heart rate detector to detect heart rate, blood oxygen detector to detect blood oxygen level, noise decibel detector to detect snoring sound, motion monitor to monitor sleeping posture, or a combination of the above two or more devices . The technology used by the aforementioned device to detect sleep physiological data and determine the stage of the sleep cycle of the user has been disclosed in many medical academic journals, and is not a technical feature of the present invention.

The essential oil dispersion module 500 is electrically connected to the automatic control module 700, electrically connected to the power supply module 800, and is erected on the support frame 20. Its function is to be controlled by the automatic control module 700 to emit essential oils to the user 10 to promote sleep. In practice, the essential oil dispersing module 500 may be an essential oil atomizer that disperses essential oils into the air (in the direction of the user's 10 face). There are many types of essential oils, and you can use those that help sleep, such as lavender essential oil, eucalyptus essential oil, chamomile essential oil or sandalwood essential oil.

The oxygen adding device 600 is electrically connected to the automatic control module 700 and electrically connected to the power supply module 800, and is controlled by the automatic control module 700 to provide the user with oxygen. The purpose of adding oxygen is to increase the oxygen content of the sleeping environment, so that the cell repair effect is better, and the energy is better after being awake.

The automatic control module 700 is connected to the sleep vehicle 100, the sleep light source module 200, the sleep audio source module 300, the sleep physiological data detection module 400, the essential oil emission module 500, the oxygen addition device 600, and the intelligent biological energy. The wave transmitting module 850 is used to preset and control the operation of the sleep vehicle 100 and these modules. In practice, the automatic control module 700 may be a computer, which connects the aforementioned sleep carrier 100 and the module with different connection terminals, and performs preset parameters and preset or timely control through appropriate operating software. The automatic control module 700 can preset a wake-up time, such as 20 minutes, 90 minutes, 4 hours, and so on. When the wake-up time is up, the automatic control module 700 notifies the sleeping vehicle 100 and the modules connected with the electrical signals to change the operation mode to wake up the user 10. This is a timed wake-up mechanism, similar to the function of an alarm clock, and uses sleep time to control the user's use of the system. On the other hand, the automatic control module 700 can also notify the sleep vehicle through settings when the sleep physiological data detection module 400 detects that the user 10 enters the power nap phase or completes more than one sleep cycle. 100 modules connected to these electrical signals change operation modes to wake up users. This is the mechanism by which the sleep state determines the wake-up. Because it is not limited to time, it can ensure that the user 10 sleeps well and sleeps well.

Power supply module 800, and sleep vehicle 100, sleep light source module 200, sleep sound source module 300, sleep physiological data detection module 400, essential oil emission module 500, oxygen addition equipment 600, automatic control module 700 And the intelligent biological energy wave transmitting module 850 is electrically connected to provide working power. The power supply module 800 is an independent DC power source, such as a lead-acid battery or a secondary battery pack. The power supply module 800 may also be a transformer, which converts the AC power of the grid into an appropriate DC power to provide the equipment electrically connected to it.

The intelligent biological energy wave transmitting module 850 is electrically connected to the automatic control module 700 and electrically connected to the power supply module 800. If the sleep physiological data detection module 400 detects that the time for the user 10 to enter a specific sleep cycle stage is lower than the standard value, a biological energy wave is emitted to promote the user 10 to sleep. For example, under normal circumstances, the time for a user to enter the first sleep phase is 5 minutes, but the sleep physiological data detection module 400 detects that a user has not entered the first sleep phase 5 minutes after falling asleep. At this time, the smart The bio-energy wave transmitting module 850 emits bio-energy waves to help the user 10 to fall asleep faster. There are many kinds of bioenergy waves that can help people to fall asleep faster, and Schumann waves are used in this embodiment.

Please refer to FIG. 4, which is a schematic diagram of another high-performance sleep optimization assistance system according to an embodiment of the present invention. In order to reduce the repetition of the description, part of the component symbols in FIG. 2 are used in FIG. 4, and the same component symbols represent the same components and have the same functions. The high-efficiency sleep optimization assist system in Figure 4 is a specific sleep cabin that can be used for commercial purposes. Therefore, compared with the previous embodiment, this embodiment has an additional noise reduction cabin 900, an equipment disinfection and sterilization module 910, and an air conditioning module 920.

The noise reduction cabin 900 accommodates the sleep vehicle 100, the sleep light source module 200, the sleep sound source module 300, the sleep physiological data detection module 400, the essential oil emission module 500, the oxygen addition equipment 600, the automatic control module 700, The power supply module 800, the equipment disinfection and sterilization module 910, and the air conditioning module 920 allow the user 10 to sleep therein and reduce the introduction of external noise. In practice, the noise reduction cabin 900 includes a plurality of sound insulation layers (not shown), which can be constructed with sound insulation materials currently on the market. The noise reduction cabin 900 includes an entry door 901. Please refer to Figure 5. When the entry door 901 is opened, the user can sit or lie on the sleeping vehicle 100, which uses a pair of slide rails 902 to enter the noise reduction cabin 900 (from outside position B Enter the cabin position A), close the cabin door 901 and perform the operation of the automatic control module 700. When the user wakes up, the entry door 901 is opened again, and the sleeping vehicle 100 slides out of the noise reduction cabin 900 (from the position A in the cabin back to the position B outside the cabin) to allow the user 10 to leave the sleeping vehicle. This allows the user 10 not to bother to go deep into the noise reduction cabin 900 and install the sleep physiological data detection module 400 and the automatic operation control module 700 by themselves, but allows the user 10 to set up all the devices outside the noise reduction cabin 900, even After listening to the narrator’s explanation, enter the noise reduction cabin 900, which can reduce the psychological burden of the user 10 and is an intimate design.

The equipment disinfection and sterilization module 910 is electrically connected to the automatic control module 700 and electrically connected to the power supply module 800, and is controlled by the automatic control module 700 to reduce noise when the high-efficiency sleep optimization assist system is not used by the user. Disinfecting and sterilizing substances or sterilizing ultraviolet light are emitted inside the cabin 900. The aforementioned disinfecting and sterilizing substance can be ozone or hypochlorous acid water spray.

The air conditioning module 920 is electrically connected to the automatic control module 700 and electrically connected to the power supply module 800, and is controlled by the automatic control module 700 to adjust the internal temperature and humidity of the noise reduction cabin 900. Its purpose is to maintain the highest level of sleep during sleep. Optimal temperature and humidity. Of course, the temperature and humidity inside the noise reduction cabin 900 can also vary from person to person, and even be adjusted according to the stage of the sleep cycle.

Although the embodiments of the present invention have been shown and described above, for those skilled in the art, it will be understood that various changes, modifications, substitutions, and substitutions can be made to these embodiments without departing from the principle and spirit of the present invention. Variations, the scope of the present invention is defined by the scope of the attached patent application and its equivalents.

10: User 20: Support frame 100: Sleeping Vehicle 101: cushion pillow group 102: Blanket 103: Leg Board 200: Sleep light source module 300: Sleep sound source module 400: Sleep physiological data detection module 500: Essential Oil Dispersion Module 600: Oxygen addition equipment 700: Automatic control module 800: power supply module 850: Smart Bio-energy Wave Launch Module 900: Noise reduction cabin 901: Entry Door 910: Equipment disinfection and sterilization module 920: Air conditioning module A: Position in the cabin B: Out-of-cabin position θ: Angle

Fig. 1 shows the various sleep cycles of the human body while sleeping, Fig. 2 is a schematic diagram of a high-efficiency sleep optimization assistance system according to an embodiment of the present invention, Fig. 3 is a schematic diagram of an electric swing chair with adjustable back angle, and Fig. 4 is In accordance with a schematic diagram of another high-performance sleep optimization assist system according to an embodiment of the present invention, FIG. 5 shows the design of the noise reduction cabin and the entrance door.

10: User

20: Support frame

100: Sleeping Vehicle

101: cushion pillow group

102: Blanket

200: Sleep light source module

300: Sleep sound source module

400: Sleep physiological data detection module

500: Essential Oil Dispersion Module

600: Oxygen addition equipment

700: Automatic control module

800: power supply module

850: Smart Bio-energy Wave Launch Module

Claims (18)

A high-efficiency sleep optimization assist system, including: A sleeping vehicle that carries the user for sleep, and can periodically swing in the direction parallel to the connection between the user's head and feet; A sleep light source module that provides a red or yellow background light that aids sleep or does not affect the biological clock before and during sleep, and provides green, blue or full-spectrum background light when the user is awakened; A sleep sound source module, which provides background music at different stages of the user's sleep; A sleep physiological data detection module, which can be connected to a specific part of the user's body to detect the sleep physiological data of the user during sleep, so as to determine which stage of the sleep cycle the user is in; An automatic control module, with electrical signals connected to the sleep vehicle, the sleep light source module, the sleep sound source module, and the sleep physiological data detection module to preset and control the sleep vehicle and the modules The operation of; and A power supply module is electrically connected with the sleep vehicle, the sleep light source module, the sleep sound source module, the sleep physiological data detection module, and the automatic control module to provide working power. The high-efficiency sleep optimization assistance system described in the first item of the scope of patent application, wherein the sleep carrier is an electric swing bed or an electric swing chair with adjustable back angle. The high-efficiency sleep optimization assistance system described in the first item of the scope of patent application, wherein the automatic control module controls the sleep vehicle to use an amplitude of 4-5 cm and an amplitude of 30-40 times per second before the user enters sleep. Swing back and forth periodically; when waking up the user, swing back and forth with an amplitude of 2-3 cm and a cycle of 130-140 times per second. The high-efficiency sleep optimization assist system described in item 1 of the scope of patent application, wherein the green, blue or full-spectrum background light provided when the user is awakened has an illuminance of more than 3000 Lux. The high-efficiency sleep optimization assistance system described in item 1 of the scope of patent application, wherein the automatic control module controls the volume of the music provided by the sleep sound source module before the user enters sleep to be less than 30 decibels; when the user is awakened The volume of the music is 60-70 decibels. The high-efficiency sleep optimization assistance system described in the scope of patent application 1, wherein the sleep physiological data detection module includes a brain wave detector to detect brain wave frequency, and a respiratory airflow detector to detect respiratory air flow , Pulse detector to detect pulse frequency, heart rate detector to detect heart rate, blood oxygen detector to detect blood oxygen level, body motion detector to detect body movement rate, noise decibel detector to Detect snoring sound in decibels or motion monitor to monitor sleeping posture. For example, the high-efficiency sleep optimization auxiliary system described in item 1 of the scope of patent application further includes an oxygen addition device, which is electrically connected to the automatic control module and electrically connected to the power supply module, and is controlled by the automatic control module. Control to provide users with oxygen. The high-efficiency sleep optimization assistance system described in item 1 of the scope of patent application further includes a noise reduction cabin that accommodates the sleep vehicle, the sleep light source module, the sleep sound source module, and the sleep physiological data detection module The group, the essential oil emission module, the automatic control module and the power supply module allow the user to sleep in it and reduce the introduction of external noise. For example, the high-efficiency sleep optimization auxiliary system described in item 8 of the scope of patent application further includes an equipment disinfection and sterilization module, which is electrically connected to the automatic control module and electrically connected to the power supply module, and is controlled by the automatic control module. The group is controlled to emit disinfection and sterilization substances or sterilization ultraviolet light into the noise reduction cabin when the high-efficiency sleep optimization assist system is not used by users. As described in item 8 of the scope of patent application, the high-efficiency sleep optimization auxiliary system, wherein the disinfecting and sterilizing substance is ozone or hypochlorous acid water spray. The high-efficiency sleep optimization assist system described in item 8 of the scope of patent application, wherein the noise reduction cabin further includes an entry door, when the entry door is opened, the user can sit or lie on the sleep carrier , The sleeping vehicle enters the noise reduction cabin through a pair of slide rails, and closes the entry door to perform the operation of the automatic control module; when the user wakes up, the entry door opens again, the The sleeping vehicle slides out of the noise reduction cabin to allow the user to leave the sleeping vehicle. The high-efficiency sleep optimization auxiliary system described in item 8 of the scope of patent application further includes an air-conditioning module, which is electrically connected to the automatic control module and electrically connected to the power supply module, and is controlled by the automatic control module In order to adjust the internal temperature and humidity of the noise reduction cabin. For example, the high-efficiency sleep optimization assistance system described in the first item of the scope of patent application, wherein the automatic control module presets a wake-up time, and when the wake-up time expires, the automatic control module notifies the sleep vehicle and the telecommunications The module connected to the number, change the operating mode to wake up the user. The high-efficiency sleep optimization assistance system described in the first item of the scope of patent application, wherein when the automatic control module detects that the user enters the power nap phase or completes more than one During the sleep cycle, the modules connected to the sleep vehicle and the electrical signals are notified by setting, and the operation mode is changed to wake up the user. For example, the high-efficiency sleep optimization auxiliary system described in the first item of the scope of patent application further includes an essential oil dispersion module, which is connected to the automatic control module with electrical signals and electrically connected with the power supply module, and is controlled by the automatic control module. Manipulate to dispense essential oils to the user. For example, the high-efficiency sleep optimization assistance system described in item 1 of the scope of patent application further includes an intelligent bio-energy wave transmitting module, which is electrically connected to the automatic control module and electrically connected to the power supply module. When the physiological data detection module detects that the time when the user enters a specific sleep cycle stage is lower than the standard value, it emits a biological energy wave to promote the user's sleep. The high-efficiency sleep optimization assistance system described in the first item of the scope of patent application, wherein the biological energy wave is a Schumann wave. The high-efficiency sleep optimization assistance system described in item 1 of the scope of patent application, wherein the sleep sound source module uses Binaural Beats technology to improve the sleep effect of the user.

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