23 results about "Sleep Starts" patented technology

Disclosed are a communication method, a communication device, a chip and a computer readable storage medium, the method being applicable to a communication system comprising a master node and a plurality of slave nodes, the method comprising: generating a first frame at least used for determining a sleep start time of a second node; and sending the first frame. In the embodiment of the invention, the first frame is at least used for determining the dormancy starting time of the second node, so that the second node determines the dormancy starting time and then enters the dormancy state after the dormancy starting time is reached, and the power consumption can be reduced. Further, the first frame is specifically used for determining sleep start time of the second node and one or more subordinate nodes of the second node; the second node and one or more subordinate nodes of the second node can determine the same dormancy starting time, so that synchronous dormancy is realized.

The invention relates to the field of health detection, and particularly discloses an intelligent wearable device sleep state monitoring system based on time-frequency analysis, and the system comprises a data collection module which is used for collecting all physiological information data of a user from the beginning of sleep to the end of sleep, and collecting the data into a data set; the data preprocessing module is used for preprocessing the data set; the time domain analysis module is used for extracting time domain features of the data set A by using the constructed LSTM time domain prediction model; the frequency domain analysis module is used for extracting frequency domain features of the data set B by using the constructed PSO-XGBoost frequency domain prediction model; the data classification module is used for classifying and identifying the data set according to classification results of the time domain analysis module and the frequency domain analysis module; according to the method, the LSTM is utilized to predict the time domain features, the XGBoost is utilized to predict the frequency domain features, and then the prediction results of the two parts are weighted and fused, so that the breathing events in sleep are accurately identified and classified.

According to an aspect, there is provided an apparatus (100) for assessing sleep of a subject, the apparatus comprising a processor (102) configured to: receive data indicative of one or more physiological parameters associated with a subject; determine, based on the data, two or more sleep parameters relating to sleep of the subject; and determine, based on the sleep parameters, whether the subject is suffering from (a) obstructive sleep apnoea, (b) insomnia, (c) comorbid insomnia and obstructive sleep apnoea, or (d) neither obstructive sleep apnoea nor insomnia, wherein a first sleep parameter of the two or more sleep parameters comprises Wakefulness After Sleep Onset for at least X Minutes, WASOXmin, wherein WASOXmin comprises the sum of awakenings with a duration of X minutes or longer during a sleep session, wherein X is equal to, or greater than, 1.

To provide a game program, a game system, an information processing device, a server, a game method, and a generation method capable of increasing fun of a sleep game using a user's sleep information.SOLUTION: A game program allows a processor to execute: a parameter control step of increasing a first parameter by adding a total obtained by adding at least one predetermined value to the first parameter during an activity period excluding a period in which a user sleeps; a parameter storage step of storing a first parameter at timing when a user starts sleeping as a sleep-start-time parameter when starting sleeping; a sleep parameter calculation step of calculating a sleep parameter on the basis of a user's sleep information; and an event determination step of determining a game event to be generated on the basis of a second parameter obtained by multiplying a sleep parameter by a sleep-start-time parameter.SELECTED DRAWING: Figure 2

The invention relates to the technical field of smart home, and discloses a method, a device and equipment for determining a user event state, and a storage medium. The method comprises the steps that the current continuous operation time of the air conditioner in a past period is obtained; under the condition that the current continuous operation time is longer than a first set operation duration, determining a current relative moment corresponding to the starting time of the current continuous operation time in a current period taking the recorded sleep starting moment as a starting point; according to the current relative moment, the sleep starting moment is corrected, the corrected moment is recorded as the current sleep starting moment, and a sleep time area corresponding to the user sleep event is determined according to the current sleep starting moment. Therefore, the accuracy of determining the sleep event state can be improved, and the accuracy of intelligent control of the equipment is further improved.

A game system that can improve enjoyability of a sleep game that uses sleep information of a user includes processor configured to execute a parameter control step of increasing a first parameter by adding to the first parameter a sum value obtained by adding one or more predetermined values during an activity period except for a period during which the user is sleeping; a parameter storage step of storing the first parameter at a timing at which the user has started sleeping as a sleep start time parameter at a time of the start of the sleep; a sleep parameter calculation step of calculating a sleep parameter based on sleep information of the user; and an event determination step of determining a game event to be caused on the basis of a second parameter obtained by multiplying the sleep parameter with the sleep start time parameter.

A game system that can improve enjoyability of a sleep game that uses sleep information of a user includes processor configured to execute a parameter control step of increasing a first parameter by adding to the first parameter a sum value obtained by adding one or more predetermined values during an activity period except for a period during which the user is sleeping; a parameter storage step of storing the first parameter at a timing at which the user has started sleeping as a sleep start time parameter at a time of the start of the sleep; a sleep parameter calculation step of calculating a sleep parameter based on sleep information of the user; and an event determination step of determining a game event to be caused on the basis of a second parameter obtained by multiplying the sleep parameter with the sleep start time parameter.

Provided are a game program, a game system, an information processing device, a server, a game method, and a generation method that can improve the interestingness of a sleep game using sleep information of a user. The game program causes the processor to execute: a parameter control step for increasing the first parameter by adding to the first parameter a total value obtained by adding one or more predetermined values to the first parameter during an activity period other than a period during which the user is sleeping; a parameter storage step of storing a first parameter of the timing at which the user starts sleep as a sleep start time parameter at the time of sleep start; a sleep parameter calculation step of calculating a sleep parameter based on the sleep information of the user; and an event determination step for determining a game event to occur on the basis of a second parameter obtained by multiplying the sleep parameter by the sleep start time parameter.

1. The name of the design product: sleep data monthly report graphical user interface of electronic device. 2. The use of the design product: an electronic device. 3. The design points of the design product: the interface content and change process of the graphical user interface. 4. The picture or photo that best shows the design points: front view. 5. The use of the graphical user interface: for displaying sleep data monthly report. 6. The change state description of the graphical user interface: the front view is the overall evaluation of the sleep data monthly report, and the interface change state figures 1-3 are displayed in turn after the front view is slid upward, which are sleep start and end time, monthly sleep duration statistics, deep sleep and light sleep proportion statistics, and sleep efficiency statistics respectively.

Provided are a computer program product, a game system, an information processing device, a server, and a game method, which are capable of improving the interestingness of a sleep game using sleep information of a user. The game program causes the processor to execute: a parameter control step for increasing the first parameter by adding to the first parameter a total value obtained by adding one or more predetermined values to the first parameter during an activity period other than a period during which the user is sleeping; a parameter storage step of storing a first parameter of the timing at which the user starts sleep as a sleep start time parameter at the time of sleep start; a sleep parameter calculation step of calculating a sleep parameter based on the sleep information of the user; and an event determination step for determining a game event to occur on the basis of a second parameter obtained by multiplying the sleep parameter by the sleep start time parameter.

A method of requesting detachment of a head-mounted display (HMD) device, may include: detecting a sleep onset of a wearer wearing the HMD device; based on the sleep onset of the wearer being detected and the wearer not being set as a care recipient, generating an alarm for the detachment of the HMD device; and based on the sleep onset of the wearer being detected and the wearer being set as the care recipient, sending a request to detach the HMD device to an agent device not operated by the wearer.

The present invention relates to flavonoids for use in improving sleep quality. The flavonoids of the invention are naringin or naringenin and hesperidin. The compounds are particularly useful in decreasing sleep onset latency, decreasing sleep latency, improving sleep efficiency, decreasing sleep disturbance, decreasing wake after sleep onset, decreasing the number of awakenings, improving the ratio of sleep stages, decreasing medication use, decreasing daytime dysfunction, feeling rested / refreshed, and feeling sleepy after waking up.

Provided are a computer program product, a game system, an information processing device, a server, and a game method, which are capable of improving the interestingness of a sleep game using sleep information of a user. The game program causes the processor to execute: a parameter control step for increasing the first parameter by adding to the first parameter a total value obtained by adding one or more predetermined values to the first parameter during an activity period other than a period during which the user is sleeping; a parameter storage step of storing a first parameter of the timing at which the user starts sleep as a sleep start time parameter at the time of sleep start; a sleep parameter calculation step of calculating a sleep parameter based on the sleep information of the user; and an event determination step for determining a game event to occur on the basis of a second parameter obtained by multiplying the sleep parameter by the sleep start time parameter.

A game system that can improve enjoyability of a sleep game that uses sleep information of a user includes processor configured to execute a parameter control step of increasing a first parameter by adding to the first parameter a sum value obtained by adding one or more predetermined values during an activity period except for a period during which the user is sleeping; a parameter storage step of storing the first parameter at a timing at which the user has started sleeping as a sleep start time parameter at a time of the start of the sleep; a sleep parameter calculation step of calculating a sleep parameter based on sleep information of the user; and an event determination step of determining a game event to be caused on the basis of a second parameter obtained by multiplying the sleep parameter with the sleep start time parameter.

The present application discloses a communication method, a communication device, a chip, and a computer readable storage medium. The method can be applied to a communication system comprising a master node and a plurality of slave nodes. The method comprises: generating a first frame, the first frame being at least used for determining a sleep start time of a second node; and sending the first frame. In embodiments of the present application, the first frame is at least used for determining the sleep start time of the second node, so that the second node determines the sleep start time thereof, and enters a sleep state when the sleep start time is reached, thereby reducing the power consumption. Furthermore, the first frame is specifically used for determining the sleep start time of the second node and the sleep start time of one or more subordinate nodes of the second node, so that the second node and the one or more subordinate nodes of the second node can determine the same sleep start time, thereby realizing synchronous sleep.

This disclosure provides a method, electronic device, and program product for improving sleep quality, relating to the field of sleep management. The sleep quality improvement method includes: collecting multimodal data at various times from the start of sleep to the first moment, and forming multimodal time-series data; fusing the multimodal time-series data to obtain fused feature time-series data; determining the sleep state at the first moment; generating a final intervention action through a strategy optimization model based on the sleep state at the first moment, the multimodal data at the first moment, a user profile, and the device state at the first moment, where the user profile represents the user's sleep-related characteristics; controlling the device corresponding to the final intervention action to execute the final intervention action; repeating the above steps until the sleep process ends; determining the sleep improvement rate based on the multimodal data and sleep state at various times during the sleep process; and optimizing the strategy optimization model based on the sleep improvement rate.

This application discloses a display control method, device, system, storage medium, and terminal for an LED display screen, relating to the field of LED display screen technology. Its main objective is to solve the problem that existing LED displays cannot achieve effective low-energy display. The method includes: outputting sleep trigger conditions for the LED display screen and at least one cabinet area of ​​the LED display screen; determining sleep trigger configuration information based on the sleep trigger conditions and the at least one cabinet area, the sleep trigger configuration information including: the sleep start and end times of a target cabinet area that meets the sleep trigger conditions, the target cabinet area being selected from at least one cabinet area; and sending a sleep display control command to a receiving card according to the sleep trigger configuration information, instructing the receiving card to control the power supply of the receiving card corresponding to the target cabinet area to start or stop power supply.

This electronic device comprises: a memory for storing instructions; a communication circuit connected to a wearable device and an IoT device; and at least one processor including processing circuitry, wherein, when individually or collectively executed by the at least one processor, the instructions can transmit, to the IoT device, through the communication circuit, a control command for collecting environment information in the IoT device when a sleep start event of a user is identified, receive, through the communication circuit, the environment information acquired in response to the control command, acquire sleep information related to sleep of the user on the basis of biometric information received from the wearable device when a sleep end event of the user is identified, and determine a recommended sleep environment on the basis of the sleep information and the environment information.

Provided are a computer program product, a game system, an information processing device, a server, and a game method, which are capable of improving the interestingness of a sleep game using sleep information of a user. The game program causes the processor to execute: a parameter control step for increasing the first parameter by adding to the first parameter a total value obtained by adding one or more predetermined values to the first parameter during an activity period other than a period during which the user is sleeping; a parameter storage step of storing a first parameter of the timing at which the user starts sleep as a sleep start time parameter at the time of sleep start; a sleep parameter calculation step of calculating a sleep parameter based on the sleep information of the user; and an event determination step for determining a game event to occur on the basis of a second parameter obtained by multiplying the sleep parameter by the sleep start time parameter.

This invention provides a sleep cycle segmentation method based on multi-condition extraction and multi-level correction, specifically including the following steps: S1: Preprocess the segmentation sequence, standardizing each time period label to a preset discrete category identifier; S2: Scan the preprocessed segmentation sequence, detect the sleep start point and sleep end point, and extract the segmentation sequence between them as sleep period data; S3: Start scanning from the first time period of the sleep period, taking the non-rapid eye movement sleep (NREM) stage as the start of a new cycle, ending the current cycle and calculating the cycle duration when the cycle end condition is met, and saving the current cycle if the preset minimum cycle duration threshold is met, and then continuing to search for the next candidate sleep cycle until the sleep end point is reached; S4: Postprocess all the initially retained candidate sleep cycles; S5: Perform statistical analysis on the effective sleep cycles obtained from the postprocessing and output the results.

A method performed by a head mounted display (HMD) device includes: determining a sleep onset preparation start time; and displaying, on a display, a sleep onset preparation screen to which a visual effect is applied, from the sleep onset preparation start time, in a stepwise manner during a sleep onset preparation time interval, where the visual effect that is applied in the stepwise manner comprises a visual effect of switching a virtual screen output through an entire display area of the display to a video see through (VST) screen, where the VST screen displays the virtual screen with a non-virtual screen as a background in the entire display area of the display, where the non-virtual screen is based on an image captured through a front camera, and where the virtual screen is based on content executed by the HMD device.

The sleep staging platform disclosed herein enables accurate sleep stage classification by combining actigraphy data with heart rate data. The platform may use a multi-model approach that includes a first machine learning model to evaluate sleep stages using heart rate patterns from polysomnography datasets related to a wearable device. The platform may combine the outputs of the heart rate-based model with actigraphy features into a second model to further evaluate sleep stages. The platform may segment events based on timestamps to detect sleep stages and calculate clinically relevant sleep metrics such as total sleep time and wake after sleep onset. By using a multi-model approach, the platform reduces feature dimensionality, enabling practical training with small polysomnography datasets related to wearable devices. The combination of heart rate patterns and actigraphy features may enhance sleep staging accuracy, particularly when heart rate data is derived from motion-sensitive polysomnography signals.

A sleep induction device, wherein the control unit reads a stimulation rate that is associated with a stimulation part from a storage unit, calculates a stimulation candidate by making a shift in the stimulation rate by a predetermined amount, outputs a drive signal according to the stimulation candidate, acquires a detection time from start of output of the drive signal to detection of sleep onset by the sensor, and causes the storage unit to store the stimulation candidate and the detection time as the stimulation rate and a sleep induction time, in association with the stimulation part, when the detection time is shorter than the sleep induction time.