124 results about "Sleep duration" patented technology

The invention discloses a compound composition for improving sleep disorders, which is characterized by comprising the following components: an inhibitory neurotransmitter component, melatonin and a nano-lipid carrier, the nano-lipid carrier comprises phospholipid and cholesterol, the weight ratio of phospholipid to cholesterol is (1-6): 1, the weight ratio of phospholipid to cholesterol is (1-6): 1, and the weight ratio of melatonin to cholesterol is (1-6): 1. The inhibitory neurotransmitter component is wrapped in the nano-lipid carrier to form lipid nanoparticles, and the weight ratio of the inhibitory neurotransmitter component to the nano-lipid carrier is 1: (1-15). The compound composition can be prepared into a compound oral mucosa preparation, can be rapidly disintegrated when encountering saliva in the oral cavity, is good in patient compliance and small in side effect, all the components play a synergistic effect from different mechanisms through multiple target points, and the compound oral mucosa preparation can improve the sleep quality, prolong the sleep time and shorten the sleep latency; and patients with sleep disorders are helped to improve insomnia from the pathologic root.

The invention discloses a computer microcontroller low-power-consumption control method based on an RISC-V framework, and relates to the field of microcontrollers. According to the computer microcontroller low-power-consumption control method based on the RISC-V architecture, a core state cycle monitoring module, a sleep duration prediction unit, a dynamic voltage regulation unit, a multi-stage threshold cycle judgment module, a wake-up interference filtering unit and a closed-loop execution regulation module are configured. According to the computer microcontroller low-power-consumption control method based on the RISC-V architecture, a sleep duration prediction unit calculates a predicted sleep duration based on historical task data, a dynamic voltage regulation unit adaptively matches a core sleep voltage according to the predicted duration, hierarchical verification is performed on a core operation parameter through a multi-level threshold cycle judgment module, and the core operation parameter is subjected to low-power-consumption control based on the RISC-V architecture. And the wake-up interference filtering unit performs progressive filtering on an external wake-up signal, and controls the core to sleep / wake up in combination with the closed-loop execution adjusting module.

This invention discloses an adaptive sleep method and system for LoRa terminals used in dam monitoring, based on multi-dimensional environmental feature perception and hardware collaboration. The core of the method is as follows: after waking the terminal via RTC, it collects multi-dimensional parameters such as water level, ambient temperature, battery voltage, and channel signal-to-noise ratio, and calculates the dynamically adaptive sleep duration based on the weighted multi-dimensional features; it achieves active wireless channel avoidance through LoRa CAD channel listening, abandoning invalid transmissions and extending the sleep duration in harsh environments; it physically cuts off the power supply to the sensors during non-operation periods through a hardware-level anti-interference power gating circuit, eliminating static leakage; and it sets up a fallback mechanism for abnormal fault diagnosis to avoid unnecessary power consumption under extreme conditions. This invention completely solves the core contradiction between "long battery life" and "high responsiveness" in existing dam monitoring terminals, improving battery life performance.

The invention relates to the technical field of wireless communication of the Internet of Things, in particular to a configuration management method of a low-power-consumption Bluetooth penetration module and a related device. According to the method, the working modes are dynamically switched according to the Bluetooth connection state. In the AT instruction configuration mode, receiving, analyzing and verifying an AT instruction through a serial communication interface; for the parameter setting instruction, immediately applying the modified parameters to the module and storing the modified parameters to the nonvolatile storage unit; in the AT instruction configuration mode, a real-time clock timer is configured by judging the idle state of the module and combining the preset task period, so that the module periodically enters the deep sleep mode until the timer is triggered and awakened, the deep sleep time of the module is prolonged to the maximum extent, the overall average power consumption is remarkably reduced, and the service life of the module is prolonged. And the cruising ability of the equipment in a battery power supply scene is greatly prolonged.

Method for controlling a ventilation system, ventilation system, and associated ventilation installation. This method for controlling a ventilation system includes a remote control and a ventilation grille, which includes battery-powered receiving means. Cyclically, the ventilation grille switches between a sleep phase (ΔTs), during which the receiving means are off, and a wake-up phase (ΔTr), during which the receiving means are on and ready to receive a control signal sent by the remote control. The control method also includes actuation of the remote control by a user, so as to send a control signal for a transmission time (ΔTt) that is longer than the sleep time (ΔTs). Figure for the abstract: Figure 2

The invention discloses a sleep environment adjusting method of a sleep monitoring and sleep disorder intervention sleep bed, which comprises the following steps: collecting and sorting physical state data and environmental parameters of a historical user before and after falling asleep to form a historical database, classifying sleep disorders in the historical database, sorting out user physiological feature data, user environment feature data and user behavior feature data according to the sleep disorder data, and performing real-time sleep quality evaluation to obtain a real-time sleep quality coefficient; according to the method, the sleep user is monitored in real time, the user physiological feature data, the user environment feature data and the user behavior feature data are obtained, the expected sleep duration of the sleep user is loaded, a historical database is formed through the body state data and the environment parameters, and the sleep quality expected curve is established; and performing real-time sleep quality evaluation according to the user physiological feature data, the user environment feature data and the user behavior feature data.

The application discloses an indole compound, a preparation method and application thereof. Specifically, the application provides a compound as shown in formula I, a pharmaceutically acceptable salt or an enantiomer thereof, and the compound can effectively shorten sleep latency, prolong sleep time, and has a better sleep promoting effect.

This invention relates to the application of frog seeds and their extracts in the preparation of sleep-improving products, belonging to the field of sleep health technology. Specifically, it relates to the application of frog seeds in the preparation of drugs, health products, or special diets with sleep-improving functions, and the application of frog seed extract in the preparation of drugs, health products, or special diets with sleep-improving functions. The frog seed extract is frog seed oil, obtained from frog seeds through supercritical CO2 extraction or cold pressing. The advantage is that animal pharmacodynamic experiments have confirmed that the frog seeds and their extracts of this invention can improve sleep. The sleep-improving functions specifically include one or more of the following aspects: shortening sleep onset time and alleviating sleep anxiety; improving sleep onset efficiency; prolonging sleep duration and increasing total sleep volume; reducing the number of nighttime awakenings and improving sleep continuity; improving the quality of deep sleep, increasing the proportion of deep sleep, and promoting bodily recovery.

The invention provides a CAN-FD issuing method and system during reservation charging of a vehicle, relates to the technical field of vehicle-mounted electronics and Internet of Vehicles of new energy vehicles, and solves the technical problems of timing distortion and inaccurate triggering of a reservation charging start-stop instruction caused by dependence on external sleep duration or a specific hardware module during SOC awakening in the prior art. The method comprises the following steps: acquiring system UTC standard time after SOC awakening and converting the system UTC standard time into minutes of the day; performing time zone correction according to a target area where the vehicle is located to obtain a local time minute number; acquiring preset charging parameters including the starting time minute number after the charging starting time is converted, the charging duration minute number and the calculation of the charging ending time minute number; based on the local time minute number, the starting time minute number and the ending time minute number, whether the current time is in the reserved charging period is judged; and issuing a corresponding control instruction through the vehicle-mounted controller in combination with the current charging state. The method and device are used in the vehicle reservation charging process.

A method for energy-efficient communication in a non-terrestrial network (NTN) (100) comprising a plurality of user equipment (120) (UEs) and a satellite (110). The method includes coordinating wake-up and sleep times of UEs (120) located in close proximity, establishing a connection between a first UE (121) and the satellite (110), and performing an uplink transmission. It is characterized by establishing a device-to-device connection between the first UE (121) and a next intermediate UE (122) during a buffer time, transferring scheduling information, and allowing the intermediate UE (122) to skip certain procedures based on the received information. Skipping procedure is realized for the rest of the UEs (120) that are in close proximity. The method optimizes power consumption for various IoT applications.

The utility model discloses a kind of sound-light therapy sleep-aid ceiling lamp, including lamp body, the top of the lamp body is equipped with a sound box, the inside of the lamp body or the inside of the sound box is equipped with a control circuit board, the top of the lamp body is equipped with the first LED lamp that emits light upwards, the first LED lamp is used to emit sleep-aid light or atmosphere light, the inside of the lamp body is equipped with the second LED lamp that emits light downwards, the first LED lamp, the second LED lamp and the sound box are electrically connected with the control circuit board respectively, the control circuit board is equipped with wireless communication module. The utility model has sleep-aid light or atmosphere light function, has sleep-aid music function, can create warm and comfortable sleep environment, for people with big work pressure, often in anxiety, insomnia or half-sleep half-wake people, or sleep time reduction need to calm down Accompanying elderly population, or need to be in the environment of warm and comfortable environment to lull to sleep maternal and infant population, use experience is good.

The invention discloses Keemun'an tea polysaccharide ANTP-1 for improving insomnia and a preparation method thereof, and belongs to the field of separation and purification of plant active ingredients. The Keemun'an tea polysaccharide ANTP-1 is prepared from mannose, rhamnose, glucose, galactose, xylose and arabinose, the molar ratio of the mannose to the rhamnose to the glucose to the galactose to the xylose to the arabinose is 1.00: 0.36: 16.78: 1.96: 4.50: 8.21, and the relative molecular weight of the Keemun'an tea polysaccharide ANTP-1 is 26.58 kDa. The Keemun'an tea polysaccharide ANTP-1 disclosed by the invention can be used for remarkably shortening the sleep latency period of a sleep deprivation mouse, prolonging the sleep duration and effectively improving insomnia. The Keemun'an tea polysaccharide ANTP-1 disclosed by the invention is clear in composition and remarkable in effect, and has a wide development and application prospect in the aspect of aiding sleep.

The invention provides a depression-resolving and nerve-soothing composition for improving sleep quality as well as a preparation method and application thereof, and belongs to the technical field of health-care products. The composition for dispelling melancholy and soothing nerves is prepared from a traditional Chinese medicine extract, astaxanthin, theanine, probiotics and chitosan, the traditional Chinese medicine extract consists of a polygala tenuifolia extract, a spina date seed extract and a cortex albiziae extract. During preparation, the chitosan and the acetic acid solution are mixed into a solution, then the traditional Chinese medicine extract, the astaxanthin and the theanine are added to prepare a suspension, and the suspension is mixed with the probiotics after being subjected to vacuum freeze drying. Animal experiments show that the composition can shorten the sleep latency, prolong the total sleep time and increase the content of 5-hydroxytryptamine and gamma-aminobutyric acid in brain tissue, can be used for preparing products for improving sleep, has the effects of relieving depression, soothing nerves and soothing nerves, and is high in safety and wide in applicability.

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.

This application provides a method, apparatus, electronic device, and medium for defrosting vehicle windows. The method includes: acquiring environmental parameters of the vehicle's environment, including temperature, humidity, and dew point temperature; determining an environmental risk level based on the environmental parameters; when the environmental risk level is a preset first-class level, directly determining the corresponding defrosting mode and sleep duration; when the environmental risk level is a preset second-class level, determining the corresponding defrosting mode and sleep duration based on the current time period; controlling a defrosting actuator to perform defrosting operations according to the defrosting mode, and controlling the vehicle to enter a sleep state according to the sleep duration after defrosting is completed. This application comprehensively considers temperature, humidity, and dew point temperature to determine the environmental risk level, which can more accurately reflect the actual frost risk. It adopts differentiated control strategies for different environmental risk levels, saving energy while ensuring defrosting.

To provide a game system for urging a user to have an appropriate sleep habit.SOLUTION: There is provided a game program to be executed by a computer including a processor and a memory. The game program causes a processor to execute a first step of receiving, from a user, designation of a first time period as a target for sleeping, a second step of setting, in relation to the designated first time period, a second time period that does not coincide with the first time period, a third step of acquiring first information on sleep performed by the user, and a fourth step of performing game control based on the first information. In a fourth step, based on the first information, game control is performed in accordance with whether or not the user is sleeping in the second time period, regardless of whether or not the actual result of sleep of the user matches the first time period.SELECTED DRAWING: Figure 22

The invention relates to the technical field of data processing, in particular to a data acquisition and processing method for Actiwatch, which comprises the following steps of: obtaining a sleep state level at each moment according to data in all index data sequences, and obtaining a sleep time period of each small fragment sequence; according to the fluctuation condition of data in the sleep time period, the sleep abnormality degree of each small fragment sequence is obtained, according to the data of each sleep quality parameter of each small fragment sequence, the user exercise amount of each small fragment sequence is obtained, a sleep curve is obtained through fitting, and a low-sleep-quality sequence and a high-sleep-quality sequence are obtained; obtaining a sleep quality index of each small fragment sequence; and scoring the sleep quality of each small fragment sequence according to the sleep quality index of each small fragment sequence, and obtaining an evaluation parameter most suitable for the user. According to the method, the most suitable evaluation parameters of the sleep quality are obtained in combination with the physical conditions of different users, and the degree of misjudgment is reduced.

Introduced here are approaches to personalizing exercise therapy that can be implemented by a motion monitoring platform. These approaches can serve to improve personalization and variability of a physical exercise regimen, leading to improved engagement with the motion monitoring platform and improved outcomes for its users. In addition to adjusting the types of exercises to be performed by the user, the motion monitoring platform could additionally or alternatively adjust the intensity of the exercises in a personalized manner. For example, the motion monitoring platform may adjust the repetition count, hold duration, or exercise count based on an analysis of physiological data that is associated with the user, to ensure that the user does not overextend in trying to complete the series of exercises.

The embodiment of the invention provides an electronic information method and related equipment, and belongs to the technical field of electric power internet of things operating system management. The method comprises the following steps: acquiring system monitoring information; starting of a software high-precision timer and a hardware high-precision timer is controlled through a dynamic resource evaluation model according to system monitoring information; calculating clock cycle data corresponding to the sleep duration according to the system monitoring information, and if it is determined that the clock cycle data is smaller than a preset cycle threshold value, selecting to operate a shallow sleep mode; if it is determined that the clock cycle data is larger than or equal to the preset cycle threshold value, a deep sleep mode is selected to run; the shallow sleep mode is to keep a core clock running, and the deep sleep mode is to close a non-essential clock domain. According to the embodiment of the invention, the timing precision of the key task can be ensured, the overall energy consumption of the electric power internet-of-things operation system can be subjected to refined and adaptive management, and the resource utilization efficiency and the cruising ability can be improved.

The application discloses a battery power display abnormality correction method, system and vehicle, comprising the following steps: collecting a first apparent state of charge at a vehicle power-off moment, and recording a first time stamp at the power-off moment; obtaining a second time stamp at a vehicle wake-up moment, and calculating a sleep duration from the power-off moment to the wake-up moment according to the duration between the first time stamp and the second time stamp; and correcting the first apparent state of charge to obtain a charge display amount according to the sleep duration, so that the smooth transition of the apparent state of charge is realized by the power-off storage mode, and the power display jump is reduced.

The invention provides a transcranial magnetic stimulation treatment sleep disorder data analysis method, which comprises the following steps of: identifying a conversion process of sleep maintenance capability from continuous improvement to a stable plateau phase according to a sleep improvement degree in an early stage of consolidation and a synaptic connection daily attenuation degree, and determining a key turning time point when a transcranial magnetic stimulation treatment effect reaches a peak value; according to the weakening degree of the short interval treatment on the synaptic connection stability, the consolidation later-stage recovery blocking degree and the sleep time, the weekly decline time of the sleep maintaining ability is recognized, and a sleep ability decline record is obtained; dividing and integrating the key turning time point and the sleep ability decline record according to the adjusted treatment stage, evaluating the transcranial magnetic stimulation treatment effect improvement degree of the chronic insomnia patient, and obtaining an overall treatment response evaluation result.

1. The name of the design product: sleep data daily report graphical user interface of electronic equipment. 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 daily report. 6. The change state description of the graphical user interface: the front view is the overall evaluation of the sleep data daily report, and the interface change state figures 1-3 are displayed in turn after the front view is swiped up, which are respectively the data of sleep trend, sleep efficiency and sleep time period, and body movement trend.

Provided herein are methods and devices for determining a personalized circadian rhythm identification and prediction from wearable data comprising: obtaining or having obtained data from one or more wearable devices during one or more daytime and nighttime cycles; using a processor and a machine learning algorithm comprising: determining a daytime threshold and a nighttime threshold from the data obtained during the one or more daytime and nighttime cycles by: temporally segmenting the data; identifying one or more daytime and nighttime boundary by: selecting from at least one of physical activity, heart rate, or sleep status data; temporally segmenting the physical activity, heart rate, or sleep status data to establish a circadian rhythm; using at least one of a 2-mean, 5-mean, or K-nearest neighbor algorithm to determine the one or more daytime and sleeptime boundaries; and identifying and predicting the personalized circadian rhythm.

This application discloses a method, apparatus, vehicle, and storage medium for calculating sleep duration. The solution includes: acquiring and recording timestamps according to a preset cycle while the controller is running; calculating the time interval between the two most recent timestamps; and calculating the sleep duration of the controller based on the time interval and the preset cycle. This solution enables application-layer programs to autonomously calculate sleep duration without relying on external hardware, communication resources, or low-level permissions, solely through their own accessible system clock and timing mechanism, thus improving reliability. Furthermore, this solution requires no additional hardware, reducing costs; it only performs a simple difference calculation after the controller wakes up, minimizing resource overhead; and its core logic does not depend on specific hardware or low-level system interfaces, facilitating portability and deployment on different vehicle ECU platforms.

This invention discloses a compound composition for synergistically improving sleep and its preparation method, relating to the fields of health food and functional technology. By weight, the raw materials include: 30-60 parts of broken-cell wall Ganoderma lucidum spore powder, 20-40 parts of roasted jujube seed extract, 5-20 parts of γ-aminobutyric acid (GABA), and 5-15 parts of lily extract, with an optimal ratio of 9:6:3:2. The composition strictly follows the traditional Chinese medicine principle of "principal, assistant, adjuvant, and guide" in its formulation, combined with modern nutritional research findings. The four ingredients synergistically enhance each other's effects, simultaneously shortening sleep latency, prolonging deep sleep duration, improving sleep maintenance disorders, and alleviating anxiety associated with insomnia. This solves the technical problems of existing sleep aids, such as single effects, lack of synergy, and significant side effects. Furthermore, all raw materials in the composition are nationally approved medicinal and edible materials and new food ingredients, ensuring safety and non-addictive properties. The preparation process is simple and easily industrialized, making it widely applicable in the preparation of various health foods and functional foods for improving sleep.

A blood pressure analysis method and a wearable device. The blood pressure of a user can be detected by means of the wearable device, thereby improving convenience. Furthermore, the blood pressure can be analyzed according to the effective sleep time and awake time of the user, thereby improving the accuracy of blood pressure analysis. For example, the wearable device detects blood pressure data of a user within a first duration, then determines an effective sleep time according to an actual sleep time of the user within the first duration and a set sleep time, and performs blood pressure analysis according to first blood pressure data detected within the effective sleep time and second blood pressure data detected within an awake time.

This invention relates to an intelligent sleep monitor. It uses detection devices to measure brainwave frequency, brain current, sleep posture, left and right eye voltage, and blood oxygen concentration. A central control device integrates and analyzes the data. The sleep cycle is segmented based on brainwave frequency and left and right eye voltage. Since different parts of the brain emit effective brain currents at different times during sleep, the device detects current at different brain locations based on different sleep periods, and weights the data used to determine sleep quality.

Methods, systems, and devices for stimulating the vestibular system are provided to excite nervous system components of the physiological rhythm system and induce sleep. A device having one or more electrodes placed on the subject's scalp provides vestibular nerve stimulation (VeNS) to the vestibular nerve, which is then carried into the vestibular nuclei of the brainstem, after which it is transmitted to nervous system components of the physiological rhythm system to excite areas that promote sleep, thereby putting the body into a sleep state. The characteristics of the stimulation signal and the duration of the treatment are configured to allow the treatment to be delivered prior to the subject's desired sleep time, thereby not requiring the device to be worn in bed.

The invention belongs to the technical field of application of natural products, and particularly relates to a composition with nerve soothing and sleep aiding effects, sleep aiding aromatherapy and a preparation method. The preparation method comprises the following steps: firstly, carrying out step-by-step enzymolysis by adopting multiple enzyme preparations, carrying out ultrasonic treatment, carrying out molecular distillation purification and the like to obtain an active component, namely an enzymolysis extract of rhizoma acori graminei, and compounding the enzymolysis extract with essential oil components, such as sweet marjoram essential oil, cardamom essential oil and coriander seed essential oil, so as to obtain the composition with good effects of soothing the nerves and helping sleep. The sleep-aiding aromatherapy prepared by using the nerve-soothing and sleep-aiding composition provided by the invention has the advantages that in a mouse experiment, the sleep latency period of a mouse is obviously shortened, the sleep duration is prolonged, and a good improvement effect on the sleep quality of the mouse is achieved.