30 results about "Sleep wake" patented technology

A machine implemented method includes creating a universally unique identifier, detecting a trigger of a sleep event, and associating the universally unique identifier with the sleep event. The method monitors sub-system events that occur after a sleep event has been triggered and stores data in non-volatile non-disk storage (e.g., non-boot storage) identifying an event stage corresponding to the sub-system event that is occurring. The method determines whether a wake event has completed and logs each of the sub-system events using the universally unique identifier until a wake event has completed.

The invention proposes a mobile-terminal sleep wake-up method which includes: a terminal side: acquiring user sleep parameters configured by a base station in an access process; judging that a sleep mode needs to be entered under a standby state; according to the user sleep parameters, calculating a sleep time point and a monitoring time point; entering a sleep mode at the sleep time point and waking up and performing monitoring at the monitoring time point; waking up and initiating access if a sleep wake-up message is monitored; or continuing to sleep. A base-station side: monitoring the state of the terminal and judging that the terminal is in the sleep mode; according to the user sleep parameters configured for the terminal, calculating the monitoring time point; and sending the sleep wake-up message at the monitoring time point if the terminal needs to be woken up. Through adoption of the method, the terminal does not need to perform sleep consultation application to the base station for entrance of the sleep mode so that sleep failure resulted from occupancy of air-interface channel resources by message interaction and message loss is prevented and sleep preparation time is reduced and thus sleep efficiency is improved.

The invention relates to an electric vehicle controller sleep wake-up system and a control method thereof. The system comprises a CAN chip with a wake-up function, a logic gate circuit, a PWR Module,an MCU and switch module. The switch module is additionally arranged before the PWR circuit module, and on/off of the switch module is controlled through the logic gate circuit so as to control the working power supply of the CAN chip and the MCU to be disconnected when the controller is static and minimize the static power consumption of the controller. Then the characteristic that the CAN chip with the wake-up function can monitor the CAN message of the CAN bus and send out a wake-up signal under the condition that the working power supply is disconnected is utilized, the switch module is controlled to be closed by using the signal to trigger the logic gate circuit and the MCU and the CAN chip are powered on again so as to support the controller to resume the working mode again. The system has low static power consumption and has simple circuit structure and high success rate of CAN sleep wake-up.

The invention discloses an adjustment method of heterogeneous wireless sensor network nodes based on multiple covering. Parameter adaptive and self-regulation binary difference algorithm is adopted, multiple covering is performed to hot spot regions where monitoring targets appear frequently in situations that heterogeneous distribution of the monitoring targets, isomerism of scheduling node perceived radiuses, energy and work period consumed energy are taken into account, and basic covering are kept for other regions, the monitoring quality of the targets is effectively improved, the quantity of active nodes and the fault tolerance of a monitoring network are simultaneously reduced, and the energy consumption of the nodes is reduced. The method is based on the binary difference algorithm to optimize the node state, simultaneously adopts a periodic interception/sleeping mechanism and a sleep wake up mechanism, ensures that heterogeneous nodes can excellently accomplish detection task in monitoring occasions where targets are not uniformly distributed, and simultaneously prolongs the network life cycle and reduces the network energy consumption.

Preclinical and clinical studies have shown that the autonomic nervous system (parasympathetic and sympathetic nervous systems) show reliable changes across the sleep wake cycle. Most importantly, the parasympathetic nervous system shows increased activity during sleep consistent with its role in regulating rest. Further, patients with insomnia show reduced parasympathetic activity and/or increased sympathetic activity during sleep consistent with a neurobiological model of “hyperarousal”. Described herein are methods and apparatuses that activate the parasympathetic nervous system in response to a diving reflex; a sustained diving reflex may, surprisingly, lead to enhancing sleep. The apparatuses and methods described herein may specifically and/or selectively activate this reflex may play a therapeutic role in the modulation of sleep in insomnia patients.

The invention provides a synchronous recovery method and a synchronous recovery device of a terminal sleep wake-up with high synchronous recovery efficiency, simplified synchronous recovery time and guaranteed paging monitoring and measurement performance. The method comprises the following steps of obtaining the terminal sleep wake-up triggering time information; completing the terminal wake-up according to the sleep wake-up triggering time information; receiving a downlink sub-frame containing a preset number value of PBCH channels and sequentially performing timing synchronization estimation and frequency synchronization estimation; completing Timing synchronization recovery and frequency synchronization recovery and starting paging time monitoring. The invention has the advantages that: data sample for synchronization recovery scheme can be satisfied fas, the synchronization recovery efficiency is obviously improved, the UE using the synchronous recovery method of the invention canrealize the purpose of significantly reducing the synchronous recovery time while ensuring the paging monitoring and measurement performance in all application scenarios including the limit coverageenhancement.

The invention provides a power modem sleep wake-up test system and test method, and belongs to the field of power modem performance tests. The test system provided by the invention comprises a client, a first switch, a multi-network-port client, a second switch and a power on and power off switching device, wherein the client is provided with a network card, the network card is connected with an input end of the first switch, an output end of the first switch is connected with the second switch, both of the first switch and the second switch are provided with multiple pairs of VLANs, an input port and other ports of the first switch respectively constitute different VLANs, each two ports of the second switch constitute a pair of VLANs, the power on and power off switching device controls the power on and power off of the second switch, and the input end of the multi-network-port client is connected with the output end of the second switch. According to the power modem sleep wake-up test system provided by the invention, the power on and power off switching device only needs to be set prior to a test, and a probability is calculated after the test is accomplished, the total time is less than 20 minutes, thereby greatly shortening the test time, and greatly improving the working efficiency.

The invention relates to an equipment sleep wake-up method and system. The method comprises the following steps: enabling a first terminal equipment sensor to perform data acquisition according to a first acquisition instruction sent by a forwarding node; when the data acquisition is completed according to the first acquisition instruction, performing counting-down according to the preset waitingtime; when the counting-down is completed, sending a sleep message to the forwarding node if the second acquisition instruction sent by the forwarding node is still not received, and switching from awake-up state to a sleep state; and switching from the sleep state to the wake-up state according to a wake-up message sent by the forwarding node. According to the scheme provided by the invention, if the second acquisition instruction sent by the forwarding node is still not received after the first terminal equipment sensor completes sleep timing, the sleep message is sent to the forwarding node, and the sleep state is entered until the wake-up message sent by the forwarding node is received, and through the technical scheme of determining to switch to the wake-up state according to the wake-up message, the technical effect of accurately and reliably switching the equipment between the wake-up state and the sleep state can be achieved.

The invention relates to a sleep wake-up bedside lamp which comprises a lampholder, a lampshade, a power module, a power switch, a light emitting module and a connecting rod, wherein the power moduleis arranged in the lampholder; the power switch is arranged on the surface of the lampholder; the light emitting module is arranged in the lampshade; and the connecting rod is used for connecting thelampholder with the lampshade. The sleep wake-up bedside lamp is characterized by further comprising a control module and an illumination sensor; the control module is arranged on the lampholder; theillumination sensor is arranged outdoors; the control module is connected with the power module, the light emitting module and the illumination sensor; and when the illumination sensor senses that theoutdoor illumination intensity is higher than a first threshold value, the control module controls lamplight emitted by the light emitting module to grow brighter along with the outdoor illuminationintensity until reaching the maximum brightness. The sleep wake-up bedside lamp has the advantages of naturally waking up people, enabling people not to stay in bed, and adjusting the daily routine.

The invention provides a fetus fetal movement monitoring system and monitoring method for ultra-low power consumption automatic sleep and wake-up. The fetus fetal movement monitoring system includes asensor array (2) composed of at least two sensors (1), and a system level integrated circuit chip (9), and is characterized in that an automatic sleep wake-up analog switch (6) on the system level integrated circuit chip (9) is controlled to enter a wake-up or sleep state respectively by an automatic wake-up logic circuit (7) and an automatic sleep logic circuit (8), data read by an analog-to-digital converter (5) are transmitted to the automatic sleep logic circuit (8), and a digital input/output connection interface (11) controls and switches each sensor (1) by a data instruction of the automatic wake-up logic circuit (7). According to the fetus fetal movement monitoring system and monitoring method for the ultra-low power consumption automatic sleep and wake-up, the complexity of wiring is reduced by inserting a control circuit at the sensors, by adopting an automatic sleep wake-up analog switch, operation of the analog-to-digital converter is controlled, overall power consumptionof the system is reduced, and more effective and reliable sensor array data acquisition is provided.

The invention relates to an amino acid metabolomics-based method for researching an anti-insomnia action mechanism of sugemule. Amino acid metabolome in each of tissues of the brains of para-chlorophenylalanine (PCPA) insomnic model rats before and after gavage with the sugemule is analyzed by applying a gas chromatography-mass spectrometer (GC-MS) method; endogenous compounds are identified by astandard fingerprint bank; changes of metabolite maps of all parts of the brains are analyzed and related metabolic markers are assayed by employing principal component analysis (PCA) and partial least squares-discrimination analysis (PLS-DA) modes; a targeting metabolomics research is conducted by applying liquid chromatograph-mass spectrometer (LC-MS) to explore content changes of neurotransmitters including 5-hydroxytryptamine, gamma-aminobutyric acid (GABA), glutamic acid (Glu) and the like in the brain tissues and related metabolites; by seeking for difference metabolites related with thecurative effect of the sugemule and metabolic pathways of the difference metabolites from brain tissue samples of clinical rats, the anti-insomnia action mechanism and an action site of the sugemuleare specified; and a metabolomics research means is applied for the first time by the amino acid metabolomics-based method to preliminarily confirm the action mechanism of the sugemule regulating andcontrolling a sleep-wake rhythm by a neurotransmitter system.

Disclosed are novel compositions, devices, patches, systems and methods that are useful for estimating, determining, modulating and/or improving the sleep/wake and/or circadian phase of a subject (e.g., a human subject) by the dispensing of measured quantities of agents to a subject or into an environment of the subject and the continuous monitoring and/or tracking of the subject's consciousness (e.g., sleep/wake) patterns. In certain aspects, the compositions, devices, patches, systems and methods disclosed herein are capable of delivering one or more agents to a subject in response to measured consciousness patterns estimations and circadian phase estimations, thereby aligning the subject's circadian biology to the external environment and improving the quality and duration of sleep.

A method for the identification of genes involved in neurodegenerative processes, detectable by the late onset of a phenotype associated with neurodegeneration, by means of a genetic screen of deregulated genes, which comprises the measurement of sleep-wake cycle activity schemes in different stages of life, young and adult, of individuals of an animal model, such as Drosophila. A mutant fly whose genome comprises a disruption in its enabled gene, with decrease of the enabled gene expression, and exhibiting a late onset neurodegenerative phenotype in adulthood.