119 results about "Sleep waking" patented technology

Apparatus for transcutaneous electrical nerve stimulation in a user, the apparatus comprising:

• • a housing;
  • stimulation means for electrically stimulating at least one nerve;
  • an electrode releasably mounted to the housing and connectable to the stimulation means for electrical stimulation of the at least one nerve;
  • monitoring means for monitoring the user's body orientation and movement;
  • analysis means for analyzing said orientation and movement; and
  • control means for controlling the output of the stimulation means in response to said analysis of said orientation and movement.

Provided in the invention is an OSEC-network-management-based complete vehicle test system comprising a man-machine interaction interface, a CAN transceiver, a gateway, and a complete vehicle controller. The system is characterized in that an OSEC network management mechanism processing module that for unified management of sleep waking up of a complete vehicle ECU is connected between the human-machine interaction interface and the CAN transceiver. The OSEC network management mechanism processing module consists of a processing module for monitoring OSEC network management message, a processing module for monitoring OSEC network management message group ring information, a processing module for determining whether a time parameter of an OSEC network management message meets a standard, and a processing module for generating a test report. The complete vehicle test system has the following beneficial effects: with the programmable characteristic of CANoe integration, integration of a testing system of complete vehicle OSEC network management is realized; automatic testing of the complete vehicle OSEC network management is realized; a problem of low manual testing efficiency is solved; the testing cost is lowered; and the test efficiency is high and the testing period is short.

The invention provides a sleep wake-up test system for an intelligent vehicle-mounted terminal controller. The sleep wake-up test system comprises a direct-current power supply, a simulation platformand an upper computer. The simulation platform provides a wake-up control signal and a sleep control signal for the to-be-tested intelligent vehicle-mounted terminal controller and collects the current of the to-be-tested intelligent vehicle-mounted terminal controller. The upper computer receives test parameters input by a user, and after a test starting command input by a user is received, the state of the intelligent vehicle-mounted terminal controller to be tested is determined according to the current of the intelligent vehicle-mounted terminal controller to be tested, and the state of the simulated sleep wake-up source is controlled according to the state of the intelligent vehicle-mounted terminal controller to be tested so as to perform sleep wake-up test on the intelligent vehicle-mounted terminal controller to be tested according to test parameters input by the user. According to the sleep wake-up test system for an intelligent vehicle-mounted terminal controller, the intelligent vehicle-mounted terminal controller to be tested is subjected to automatic testing of sleep wake-up only by inputting the testing parameters and the testing starting command by the user, and compared with manual testing, the testing time is shortened, the labor cost is reduced, and errors of manual testing are avoided.

A processing system has a stored, encrypted data structure that is decrypted to provide verification data values. System data values are retrieved from locations distributed about a memory storing system data. The verification data values are compared with corresponding system data values to determine if a predetermined threshold of verification data values matches the system data values. The system resumes operation if the predetermined threshold is met.

Methods relating to the use of neonatal animals to identify sleep wake states in the corresponding adults and/or phenotypically characterize such adults.

A memory device comprises memory banks, power gates, and bank wake-up circuits. Each of the memory banks has a core voltage supply. The power gates are coupled to the memory banks for charging the core voltage supplies and have a plurality of powering modes. The bank wake-up circuits are coupled to the power gates for selecting one of the plurality of power modes for charging the memory banks during a wake-up mode. The bank wake-up circuits sense the core voltage supplies during the wake-up mode. The bank wake-up circuits serially charge the memory banks as a function of the sensed core voltage supplies of the memory banks.

The invention discloses a train dormancy awakening control method which comprises the following steps: a dormancy command is issued to a train, and a dormancy request is sent to a trackside area controller after the train receives the dormancy command; the trackside area controller judges whether sleep preparation is completed or not, if the sleep preparation is not completed, the train sleep request is refused, if the sleep preparation is completed, the trackside area controller sends out sleep confirmation, and if the train receives the sleep confirmation within a first preset time limit, preset times of sleep request confirmation interaction is executed with train fault monitoring; if the preset number of times of sleep request confirmation interaction is completed within the second preset time limit, the train saves the vehicle-mounted pre-sleep state data within a third preset time limit, and otherwise, sleep is stopped; if the train successfully stores the state data before vehicle-mounted dormancy and disconnects communication with the trackside area controller, a power-off command is output, and the train only keeps the awakening equipment and the train-ground communicationequipment to work in a live-line mode and reports that dormancy succeeds. The invention further discloses a train sleep awakening control system. Based on the automatic control system of the communication train, automatic detection and automatic execution of sleep wake-up can be realized.

The invention discloses a wireless sleep control system and method. The system comprises a control parameter acquisition device, a sleep wake-up control device and a controlled device. According to the invention, the method comprises the steps: enabling the control parameter acquisition device to acquire control parameters; enabling the sleep wake-up control device to generate dormancy triggeringinformation and wake-up triggering information according to the control parameters; determining whether a sleep condition or a wake-up condition is met or not by judging the sleep triggering information and the wake-up triggering information; when the sleep condition or the wake-up condition is met, sending a sleep instruction or a wake-up instruction to a controlled device to enable the controlled device to enter a sleep or wake-up working state. According to the invention, the purpose of controlling the other part of wireless sensors powered by the battery to sleep and wake up by utilizing monitoring data of one part of sensors can be realized, and the method is particularly suitable for application scenes needing long-term sleep.

The invention provides a vehicle abnormal sleep wake-up early warning method, device and apparatus and a readable storage medium. The method comprises the following steps: after a vehicle power supply gear is in an OFF gear, detecting whether a vehicle gateway normally sleeps or not; if the vehicle gateway does not normally sleep, reminding abnormal sleep; if the vehicle gateway normally sleeps, detecting whether the vehicle gateway is abnormally awakened; and when the vehicle gateway is abnormally awakened, awakening an anomaly. According to the invention, after the vehicle is powered off, anomaly detection of vehicle dormancy and wakeup is realized based on monitoring of the gateway state, and abnormity reminding is carried out when abnormal dormancy or abnormal wakeup exists, so that related personnel can timely find and process the abnormal state of the vehicle.

The invention belongs to the field of intelligent transportation and specifically relates to a traffic light control method for controlling traffic lights dynamically and in real time according to practical traffic information. The method disclosed by the invention comprises the steps of: designing a traffic phase set, ways for deploying information acquisition nodes and information aggregation nodes, a node sleep wake-up strategy and a traffic light control strategy. Aiming at a disadvantage that the traditional timing traffic light control solution cannot realize maximum utilization of roads, the traffic light control method disclosed by the invention controls the change of traffic signal lights in real time according to the practical traffic information, reduces vehicle waiting time and efficiently mitigates traffic congestion. The traffic light control method disclosed by the invention is also designed with an energy saving system for saving energy consumed by the information acquisition nodes, the aggregation nodes and traffic light controllers. The traffic light control method disclosed by the invention can be applied to any traffic intersection, and is installed and used conveniently and reliably.

The invention provides a sleep wake-up test device of a vehicle-mounted system. The sleep wake-up test device of the vehicle-mounted system comprises a control module and one or more automatic test passages connected with the control module, wherein the control module generates corresponding control signals according to a preset control command, and under the control of the control signals, the automatic test passages are switched to and connected to a work/stand-by state of the vehicle-mounted system to be tested and detect the work current and the stand-by current of the vehicle-mounted system to be tested. The sleep wake-up test device of the vehicle-mounted system can improve the test efficiency of the vehicle-mounted system, shortens the testing time, and improves test accuracy.

The invention discloses an optimization processing method for a sleep waking SD card (Secure Digital Memory Card) of a smart mobile phone. During waking, the process of removing and inserting a card is no longer simulated, but a command of a reset card is sent out and an SD card storage layer is treated specially to ensure that reading, writing and accessing can be carried out normally in time when the modified SD card is waked up. The optimization processing method for a sleep waking SD card of a smart mobile phone has the advantage that the time consumption of SD drive is greatly reduced during sleep waking, and the sleep waking takes only 1 second so as to ensure that reading, writing and accessing can be carried out rapidly when the modified SD card is waked up; meanwhile, the problems of screen frozen and system halted when inserting the SD card for sleep waking are solved, and the application program in SD beforehand runs fast, so that the user can be given an wake-use real-time experience, that is, immediately accessing the SD and other applications after waking.

The invention discloses user equipment and a sleep waking method. The user equipment comprises a first processor and a second processor; the first processor is used for being connected with the second processor through a USB interface; and when the first processor or the second processor needs sleep, the first processor is used for disconnecting USB connection. The beneficial effects of the user equipment and the method are that through application of the user equipment and the method, when the first processor sleeps, the USB connection is disconnected, therefore, the second processor can automatically sleep; when the second processor has an active event, the first processor is initiatively awaken to carry out the USB reconnection, and the event at the second processor side is transmitted to the first processor in real time; after the event is processed, the first processor is informed of disconnecting the USB connection, the system sleeps, and the power consumption is saved; when the first processor has a request event to the second processor, the USB reconnection is actively triggered; after the event is processed, the USB connection is disconnected actively; and therefore, the system can sleep normally, and the power consumption is saved.

The embodiment of the invention discloses a low-power-consumption processing method, device and equipment for a wireless network terminal node and a storage medium. The method comprises the steps: determining and configuring a monitoring window period corresponding to each terminal node to each corresponding terminal node, wherein the monitoring window period is smaller than a sleep wake-up period, and the monitoring window periods corresponding to different terminal nodes are different; sending data to a terminal node, wherein the terminal node is awakened in a monitoring window period corresponding to the terminal node so as to receive the data; when it is detected that the number of the terminal nodes changes, dynamically adjusting the sleep awakening period or the monitoring window period of the terminal nodes. According to the scheme, the power consumption of the terminal node is effectively reduced, the scalability is good, the extra overhead of the system is reduced, and meanwhile, the crosstalk problem of the node during data receiving is avoided.

The invention discloses an electroencephalogram centralized monitoring system for a neonatal intensive care unit. The system comprises an electroencephalogram acquisition device, a video acquisition device, a video storage device, a bedside monitoring device, a report output device, a video centralized storage device, a centralized monitoring server, a centralized monitoring device, a neonatal information database, an electroencephalogram data storage device, a communication device, a working terminal and a centralized display device. The system can acquire neonatal electroencephalogram signals in real time, analyze and process the signals, generate neonatal amplitude integration signals, filter out artifact signals, achieve automatic analysis, early warning, processing and report generation of sleep awakening, convulsion and outbreak inhibition, display the signals on the centralized display device of a doctor office or a nurse station in real time, give an alarm and remind a doctor, and make medical staff master the brain function state of a neonatal under intensive care in real time.

The invention discloses a sequence-to-sequence sleep disorder detection method based on a full convolutional network. The method comprises the steps: acquiring a data set needing sleep disorder detection; preprocessing the data set; constructing a sleep wake-up detection network model comprising a full convolutional network and a long-short term memory network and carrying out model training; andcarrying out sleep disorder detection by utilizing the trained sleep wake-up detection network model. According to the method, the multi-modal biological signals are preprocessed in a unified manner,so that the workload is reduced, and the processing efficiency is improved; the context information of the data is reserved, and the detection accuracy is improved; the sleep wake-up index is directlygiven from various original biological signals, and automation of sleep disorder detection is achieved; through a sequence-to-sequence detection mode, the relevance of data in time sequence is reserved, and a better detection result is obtained.

The embodiment of the invention provides a fingerprint module sleep wake-up method and device. The method comprises the steps as follows: judging if a sleep notice exists in a kernel layer; enabling apreregistered fingerprint module to sleep if the sleep notice exists in the kernel layer; judging if a preset wake-up event is triggered in the kernel layer; and waking up the sleeping fingerprint module if the preset wake-up event is triggered in the kernel layer. According to the fingerprint module sleep wake-up method provided by the embodiment of the invention, the preregistered fingerprint module goes to sleep if the sleep notice exists in the kernel layer of an intelligent terminal and the sleeping fingerprint module is waken up when the wake-up event is triggered, so as to wake up thesleeping fingerprint module while the intelligent terminal system is waken up from sleep; therefore, the power consumption of the intelligent terminal is reduced and the duration of the intelligent terminal is improved.

The embodiment of the invention discloses a wake-up method and a wake-up device. The method comprises the steps of collecting heart rate data of a person to be waken up according to a pre-set collection period within a pre-set wake-up time period; judging whether there is a wake-up moment meeting a shallow sleep wake-up condition within the wake-up time period according to the heart rate data; when there is a wake-up moment meets the shallow sleep wake-up condition within the wake-up time period, the person to be waken up is awakened according to a shallow sleep wake-up mode at the wake-up moment.