30 results about "Sleep Starts" patented technology

The invention provides a realtime sleep monitoring method and device and intelligent wearable equipment. The realtime sleep monitoring method includes: collecting physiological feature data values at least including activity amount and step number of a user during daily activities, wherein the activity amount is used for representing severity of the activities of the user, and the step number is used for representing number of periodic activities of the user; analyzing the physiological feature data values, and determining realtime sleep monitoring results including sleep starting point and / or sleep stopping point of the user. By using the realtime sleep monitoring method and device, the realtime sleep monitoring results including the sleep starting point and / or the sleep stopping point of the user can be determined in real time, and instantaneity and accuracy are high, and user experience is improved.

A power management method for an input device is provided, which includes the following steps: starting to count time and recording a trigger time of the input device after the input device enters a light-sleep mode; and dynamically updating a deep-sleep start time according to the trigger time. When the input device is idle over a standby time, the input device would enter the light-sleep mode and record the trigger time that the input device is restored from the light-sleep mode to an operation mode by a user operating the input device. The method dynamically updates the deep-sleep start time according to the recorded trigger time, and thus better power saving efficiency is achieved.

The invention discloses an intelligent sleeping apparatus and a control method, and relates to the technical field of sleeping medicine. The sleeping apparatus comprises a brain wave frequency acquisition device, a controller, a music playing device and a wake-up device. The control method comprises the steps of obtaining a human body brain wave frequency signal through the brain wave frequency acquisition device; according to the human body brain wave frequency signal, playing hypnosis music of different frequency; according to the human body brain wave frequency signal, determining a sleep starting time; according to the sleep starting time, determining a sleep cycle and a sleep period; in a third period of a first period of sleep, stopping playing the hypnosis music; according to the sleep starting time, the sleep cycle, the sleep period and a preset wake-up time, determining a second period of the last sleep cycle before the preset wake-up time; waking up a human body to get up in the second period of the last sleep cycle before the preset wake-up time. In the intelligent sleeping apparatus and the control method, according to the sleep cycle, the best wake-up time is automatically calculated, and it is ensured that wake-up is in a light sleep period.

The invention discloses a sleep mode setting method based on a user terminal, the user terminal and a computer readable storage medium, and the sleep mode setting method comprises the steps: obtaininghistorical sleep data of a user in a plurality of unit periods, and enabling the historical sleep data in each unit period to comprise a historical sleep start point and a historical sleep end point;predicting a sleep time period of the user in the current unit period according to each historical sleep starting point, each historical sleep terminal point and a preset weight corresponding to thehistorical sleep data in each unit period; and taking the predicted sleep time period of the user in the current unit period as a sleep mode starting time period of the user terminal. According to theinvention, the sleep behavior of the user is learned based on the historical data of the user, so that the sleep habit of the user is obtained, the relatively accurate sleep starting time and endingtime of the user are obtained, the sleep mode starting time period of the user terminal is adaptively adjusted, the user adjustment frequency is reduced, and the intelligent degree is high.

A novel apparatus and method is described for sleep monitoring and control by providing tactile stimulation to a user as the user attempts to fall asleep which can be employed for intensive sleep retraining for the treatment of insomnia. A motion response to the tactile stimulation from the user is sensed indicating the user is still awake. The tactile stimulation is periodically repeated and the motion response is evaluated until sleep onset is determined. Following a relatively short set time asleep (e.g. approximately 3 minutes) the user is awakened and the process is reinitiated within a half hour. The technique can be implemented in a small device configuration comparable to a large ring which can be held to a single finger of the user by a band. The single finger both receives the tactile stimulation and provides a motion response and can provide feedback directly to the user.

The invention discloses a sleep state detection method and device. The method comprises the steps of acquiring heart rate data and accelerated speed data; determining a heart rate characteristic according to the heart rate data, and determining an accelerated speed characteristic according to the accelerated speed data; and detecting sleep states according to the heart rate characteristic and theaccelerated speed characteristic, wherein the sleep states comprise sleep start, sleep finish, a deep sleep stage and a shallow sleep stage. The sleep state detection method and the sleep state detection device provided by the invention solve the technical problem that in correlation technique, a certain limitation exists in sleep monitoring and all-day sleep detection cannot be supported.

The invention discloses a method for controlling the sleeping posture of a common person by using a sleeping posture monitoring device. The sleeping posture monitoring device acquires sleeping postureinformation of a sleeper in real time by using a sensor; a CPU is used for processing the sleeping posture information to determine the sleeping posture and the sleeping duration of the sleeper; a sleeping posture intervention device is used for reminding the sleeper to turn over, and the sleeping posture of the sleeper is monitored in a tracing monitoring or lagging monitoring mode in the wholesleeping process from the sleeping starting moment to the getting-up moment, so that intermittent continuous ultra-long sleeping and continuous ultra-long sleeping of one sleeping posture are avoided,blockage of blood circulation of an extruded part and damage to the extruded part due to overtime sleeping at the sleeping posture are eliminated, and healthy sleeping is realized.

The invention provides a control method, a control device and an air conditioner, and relates to the technical field of air conditioners. The control method of the air conditioner comprises the following steps that the air conditioner is started, and an initial operation mode of the air conditioner is recognized; whether a forced sleep mode signal is received or not is judged; if yes, the air conditioner directly enters a sleep mode; if not, the air conditioner operates automatic sleep judgment, wherein automatic sleep judgment comprises the substeps that the starting time t0 is obtained, whether t0 satisfies the condition that t0 is larger than or equal to t1 and smaller than or equal to (t1+delta t1) or not is judged, if yes, the air conditioner continues to run the initial operation mode for the duration of delta t2 and enters the sleep mode, if not, the air conditioner continues to run the initial operation mode to the moment t1, then continues to run for the duration of delta t2 and enters the sleep mode, t1 is a set sleep start moment, delta t1 is a set sleep duration, and when the air conditioner runs the sleep mode, the rotating speed of an inner fan is reduced. The operation mode of the air conditioner better accords with work and rest habits of the human body, and the comfort of users is improved.

The invention discloses a sleep starting period detection method based on an alpha brain wave. The method comprises the following steps: collecting electroencephalogram signals of a head region and vertical electrooculogram signals of eye peripheries; simultaneously monitoring and recording face information videos and display images of the electroencephalogram and electrooculogram signals by virtue of a camera; marking out an eye closing interval in accordance with the recorded electroencephalogram and electrooculogram signals and recorded face information videos; and obtaining an alpha wave energy change curve within the eye closing interval through time-frequency analysis, and judging sleep starting when the energy change curve has a trend of obvious drop. According to the detection method, a sleep starting period, which is generated due to sleep deprivation, can be directly judged according to a mode of the attenuation of the alpha brain wave to disappearance, so that whether the object enters a sleep state or not can be rapidly and accurately detected.

The invention discloses a control method and device for a sleep aiding lamp, and the method comprises the steps: controlling an LED luminous body to present a flickering state when the current time reaches sleep starting time; after the light flickers for a long time, controlling the LED luminous body to be in a soft light state; according to the current physiological parameters of a user monitored in real time, when the current physiological parameters are in the sleep parameter range, generating a light adjustment instruction to turn off the LED luminous body. According to the control method provided by the invention, the orange light can be emitted and flicker when the sleep starting time is reached, the user is reminded to prepare for sleep, and only stable orange light is emitted after the light flickers for a long time to adjust the indoor darkness so as to provide a warm and sweet sleep environment; moreover, after the user reaches deep sleep, the brightness of the orange light is gradually reduced until the orange light is extinguished, so that resource waste is avoided. Therefore, by means of the control method, the intelligent control over the sleep aiding lamp can be achieved, the comfortable sleep environment is provided for the user, and people are helped to fall asleep rapidly.

The invention discloses a sleep assistance method for a vehicle user, and the method comprises the steps: obtaining sleep starting time and sleep ending time determined by the vehicle user after a sleep assistance function is started; calcualting the electric quantity required for completing the sleep assisting function according to the sleep starting time and the sleep ending time; if the currentelectric quantity of the vehicle is not less than the electric quantity required for completing the sleep assisting function, automatically adjusting the vehicle seat to a posture suitable for the sleep of the vehicle user after the sleep starting time is reached and the vehicle stops running; and when the sleep ending time is up, sending first prompt information to the vehicle user and ending the sleep assistance function. By means of the sleep assistance method for the vehicle user and a vehicle-mounted information entertainment system, the sleep assistance function can be automatically achieved according to the sleep starting time and the sleep ending time determined by the vehicle user, and therefore the user experience is improved.

The invention discloses a vehicle intelligent wake-up control method and device, a storage medium and a terminal. The method comprises the following steps: receiving a sleep signal sent by a mobile terminal; determining a sleep start time and a wake-up time based on the sleep signal; judging whether the current time reaches the sleep starting time or not, if so, controlling a preset environment device of the vehicle to be in a sleep working state so as to be suitable for the user to enter the sleep state, and if not, re-judging whether the current time reaches the sleep starting time or not; and judging whether the current time reaches the wake-up time or not, if so, controlling a preset environment device of the vehicle to be in a normal working state so as to wake up the user through the change of the sleep environment, and if not, re-judging whether the current time reaches the wake-up time or not. According to the method disclosed by the invention, the wake-up service is carried out on the user by changing the environment in the vehicle, so that the occurrence of a wake-up situation generated by an existing alarm clock wake-up technology is effectively avoided.

A novel apparatus and method is described for sleep monitoring and control by providing tactile stimulation to a user as the user attempts to fall asleep which can be employed for intensive sleep retraining for the treatment of insomnia. A motion response to the tactile stimulation from the user is sensed indicating the user is still awake. The tactile stimulation is periodically repeated and the motion response is evaluated until sleep onset is determined. Following a relatively short set time asleep (e.g. approximately 3 minutes) the user is awakened and the process is reinitiated within a half hour. The technique can be implemented in a small device configuration comparable to a large ring which can be held to a single finger of the user by a band. The single finger both receives the tactile stimulation and provides a motion response and can provide feedback directly to the user.

The invention provides an elevator system and an elevator control method which can surely cope with scheduled power outage. Whether a moment of scheduled power outage response arrives or not is determined (S10). When the moment of the scheduled power outage response arrives, a running mode is switched from a normal running mode to a scheduled power outage response mode (S12). At a call moment (S13), a time needed by the elevator to each a targeted floor is calculated (S14), and whether a predetermined arrive moment to arrive the targeted floor is earlier than a sleep starting moment is determined (S15). When the predetermined arrive moment is determined to be earlier than the sleep starting moment, the elevator is enabled to run (S16). When the predetermined arrive moment is determined to be not earlier than the sleep starting moment, the elevator is prohibited from departing (S17). When a sleep starting moment arrives, the elevator goes into a sleep mode and sleeps (S18, S19).

A system and method that will serve for measuring the sleep of at least one user. The system will provide the measurement by communicating sleep parameters of at least one user to a mobile third party client application 170 from a sensor device 20. The mobile third party client application 170 is capable to automatically deduce the starting time of sleep without the user indicating the start of sleep. The system is configured to measure the sleep of more than one user by detecting the 10 presence of more than one user in the bed using a matrix of sensors 710.

The present disclosure discloses a method and system for waking a sleeping trunking terminal. A trunking terminal determines whether to enter a sleeping mode in a standby status, calculates a waking monitoring time point of the group according to the group sleeping parameter of the group, enters the sleeping mode at a sleeping start time point of the trunking terminal, wakes up and monitors whether a group paging message is received at the waking monitoring time point of the group, wakes up, joins the group and monitors a group downlink sharing channel when the group paging message is received, and continues sleeping when the group paging message is not received. In a network side, a trunking switching center transmits a group establishment message to a base station. The base station calculates the waking monitoring time point, and transmits the group paging message at the waking monitoring time point.

A system for introducing vibrational waves into a body of a subject to treat sleep disorders is provided. The system includes a bed frame having a first vibration contact and a second vibration contact. The first vibration contact is in mechanical communication with a first location of the body of the subject, and the second vibration contact is in mechanical communication with a second location of the body of the subject. A first vibration source is connected to the first vibration contact and configured to cause a first vibration of the first vibration contact. A second vibration source is connected to the second vibration contact and configured to cause a second vibration of the second vibration contact. The location or orientation of the first vibration contact and the second vibration contact are configured such that the first vibration combines with the second vibration to generate a super-imposed vibration.

A system delivers auditory sleep stimulation. It is able to generate masking sounds for masking external noise as well as sleep stimulation tones for promoting deep sleep. Noise masking sounds are provided in a frequency range including first and second frequency bands, before the onset of sleep. In response to the detection of particular sleep characteristics (such as a particular sleep stage), the noise masking sounds in the second frequency band are stopped. Instead, sleep stimulation tones are provided in the second frequency band. Thus, noise masking continues but the sleep stimulation tones are not masked.

The invention provides a realtime sleep monitoring method and device and intelligent wearable equipment. The realtime sleep monitoring method includes: collecting physiological feature data values at least including activity amount and step number of a user during daily activities, wherein the activity amount is used for representing severity of the activities of the user, and the step number is used for representing number of periodic activities of the user; analyzing the physiological feature data values, and determining realtime sleep monitoring results including sleep starting point and / or sleep stopping point of the user. By using the realtime sleep monitoring method and device, the realtime sleep monitoring results including the sleep starting point and / or the sleep stopping point of the user can be determined in real time, and instantaneity and accuracy are high, and user experience is improved.

The invention provides an elevator system and an elevator control method which can surely cope with scheduled power outage. Whether a moment of scheduled power outage response arrives or not is determined (S10). When the moment of the scheduled power outage response arrives, a running mode is switched from a normal running mode to a scheduled power outage response mode (S12). At a call moment (S13), a time needed by the elevator to each a targeted floor is calculated (S14), and whether a predetermined arrive moment to arrive the targeted floor is earlier than a sleep starting moment is determined (S15). When the predetermined arrive moment is determined to be earlier than the sleep starting moment, the elevator is enabled to run (S16). When the predetermined arrive moment is determined to be not earlier than the sleep starting moment, the elevator is prohibited from departing (S17). When a sleep starting moment arrives, the elevator goes into a sleep mode and sleeps (S18, S19).

The embodiment of the invention provides a sleep assessment method, electronic equipment and a storage medium, and relates to the technical field of communication, the method comprises the following steps: obtaining first information, and determining a sleep starting moment of a user based on the first information; sending a first instruction to the mobile terminal, wherein the first instruction is used for instructing the mobile terminal to monitor an action event of a user; second information is acquired, and the sleep moment of the user is determined based on the second information; and determining a sleep latency period based on the sleep starting moment and the sleep falling moment. According to the method provided by the embodiment of the invention, the measurement accuracy of the sleep latency period can be improved.

The invention relates to the technical field of biological rhythm cycle guidance, discloses a Mars time rhythm guidance technology and an application thereof, and establishes a human body biological rhythm guidance technology adapting to a Mars day cycle to guide a biological rhythm cycle to the Mars time cycle. The method is implemented through the processes of time information control, illumination exposure design, work and rest system adjustment and lamp on-off and sleep synchronization, and comprises the following steps: work and rest system arrangement: prolonging the day activity time for 27 minutes and prolonging the night sleep time for 13 minutes every day; lamp on-off setting: synchronizing lamp turning-on and turning-off time and sleep start-stop work and rest arrangement, turning on the lamp continuously in the activity time in the work and rest time table, turning off the lamp continuously in the sleep time, and turning on the lamp when people go to the toilet in the sleep period; time information control: performing time shielding and laboratory time display; and light exposure design: performing strong light exposure for 2 hours at nightfall every day. The problem that a conventional Mars time guidance technology requires a testee to rest quietly and cannot be engaged in any physical work task is solved.

Methods, systems and devices for enhancing sleep, including enhancing the quality of sleep, reducing sleep onset time, increasing total sleep time, treating insomnia, and / or treating other neurological disorders by non-invasive temperature regulation of the frontal cortex prior to and / or during sleep. Described herein are thermal applicators that include phase change materials and / or evaporative cooling, as well as headgear for securing the applicators comfortably against the appropriate region of the user's head.

A system delivers auditory sleep stimulation. It is able to generate masking sounds for masking external noise as well as sleep stimulation tones for promoting deep sleep. Noise masking sounds are provided in a frequency range including first and second frequency bands, before the onset of sleep. In response to the detection of particular sleep characteristics (such as a particular sleep stage), the noise masking sounds in the second frequency band are stopped. Instead, sleep stimulation tones are provided in the second frequency band. Thus, noise masking continues but the sleep stimulation tones are not masked.

The present disclosure pertains to a system and method for determining sleep onset latency in a subject. The system is configured to generate output signals conveying information related to brain activity in the subject, determine sleep stages of the subject based on the output signals, determine a sleep onset moment in the subject based on the determined sleep stages, determine a sleep intention moment for the subject by: (i) detecting eye blinks in the subject based on the output signals, and determining the sleep intention moment responsive to the detected eye blinks ceasing for a predetermined period of time; and / or (ii) determining whether brain activity power in a target frequency band has breached a threshold power level based on the output signals, and determining the sleep intention moment responsive to a breach; and determine the sleep onset latency based on the sleep onset moment and the sleep intention moment.

The invention discloses a data time correction method based on sleep preliminary screening equipment. The method comprises the following steps: acquiring equipment time of the sleep preliminary screening equipment; calculating the time difference between the equipment time and the standard time; judging whether the time difference is greater than a preset value; when the time difference is smaller than a preset value, obtaining sleep data obtained through monitoring of the sleep preliminary screening equipment, wherein the sleep data comprise sleep starting time; when the time difference is larger than a preset value, obtaining second sleep data obtained through monitoring of the sleep preliminary screening equipment, and updating the equipment time of the sleep preliminary screening equipment according to the standard time, wherein the second sleep data comprises sleep monitoring starting time, sleep monitoring ending time and sleep data exporting time; and correcting the sleep starting time according to the standard time and the second sleep data to obtain the corrected sleep starting time. According to the data time correction method based on the sleep preliminary screening equipment, through time management of the sleep preliminary screening equipment, the effect of performing time correction on data generated on the basis of error time in the sleep monitoring process is achieved.

Embodiments of the present invention disclose a method, device and electronic device for setting the ringing time of an alarm clock. The method includes, for example: acquiring at least one historical sleep data of a user; the historical sleep data includes: a sleep start time and a sleep end time , and the time information corresponding to each sleep stage, the sleep stages include: rapid eye movement stage, light sleep stage, and deep sleep stage; determine whether the user's sleep has rhythm; if the user's sleep has rhythm , the recommended ringing time is determined according to the at least one historical sleep data, and the recommended ringing time is the transition time from the rapid eye movement stage to the light sleep stage within the wake-up time period set by the user. In the embodiment of the present invention, the recommended bell time is set as the transition time from the rapid eye movement stage to the light sleep stage, which matches the user's sleep rhythm, which is beneficial to reduce the stimulation of the bell to the user and make it easier for the user to get up.