45 results about "Long sleep" patented technology

The invention relates to the field of sleep healthcare articles and discloses a sleep device with a function of automatic cervical vertebrae balance. The sleep device comprises a balancer, a sensor and a central processing unit. The central processing unit comprises a central information processor and an air pressure processor, the central information processor is connected with the air pressure processor through an information wire, and the sensor is used for collecting information of a sleeper and feeding back timely. The air pressure processor comprises a silent motor, an air pressure venturi and a 'valve' system, the silent motor is connected with the balancer through the air pressure venturi, and the 'valve' system is arranged at an access port of the air pressure venturi. The sleep device is capable of detecting sleeping postures of the sleeper by the aid of the sensor and feeding back to the central information process, the balancer is adjusted by the air pressure processor to enable the sleeper to be in a posture that the head and the cervical vertebrae are most balanced, under the lowest pressure, lowest in torsion and best accordant to human physiological curvature for a long time, the relation between the head and the cervical vertebrae can be kept beneficial to sleeping so as to realize deeper and longer sleep.

A method of cell reselection enhancement is proposed. A UE obtains parameters for extended cell reselection (ECR) in a mobile communication network. The UE goes to sleep and then wakes up periodically to monitor a paging channel. The UE either applies a normal paging cycle having a normal paging cycle length or applies a power-saving paging cycle having a very long paging cycle length. The UE performs cell selection if normal paging cycle is applied. The UE performs cell reselection based on the ECR parameters if the power-saving paging cycle is applied, and if the ECR parameters are still valid based on a list of conditions. In one novel aspect, the network provides the ECR parameters for a wider area for the UE such that the UE can still use cell reselection after waking up from a very long sleep to reduce power consumption.

Tracking tags for attachment to an object or animal. The tracking tags may include low-power long-range transmitters drawing power from a battery or a renewable energy source. The tracking tags may also each include a microcontroller having a sleep-mode module enabling nearly no quiescent current to be drawn when the microcontroller is in a sleep-mode. The microcontroller may enter into a sleep-mode for long periods of time following a short period of sending data to the low-power long-range transmitter. The short period of sending data may be approximately one-twentieth of the long sleep-mode period. The tracking tags may also include sensors for determining an ambient temperature or biometric data about an animal to which the tracking tag is attached. Locations of the tracking tags may be determined using signal trilateration and / or signal triangulation.

A system and method for collecting, at a central station, utility consumption data from a plurality of sites, by a meter unit and a booster unit for each site. The meter unit includes a measuring device for measuring the utility consumption at the respective site; a storage device for storing the measured utility consumption during successive relatively-short time intervals; and a short-range transceiver. This booster unit includes a short-range transceiver for communication with the short-range transceiver of the meter unit at the respective site via a short-range transmission channel; and a long-range transmitter for transmitting utility consumption data to the central station via a long-range transmission channel. The system further includes a control system periodically activating the booster unit from a relatively long sleep state, to a relatively short active state during which the booster unit receives from its respective meter unit, via the short-range transmission channel, the utility consumption data stored therein during the preceding sleep state of the booster unit; and transmits the received utility consumption data to the central station via the long-range transmission channel.

The application discloses a block storage method, device, node equipment and storage medium, which belong to the technical field of block chain. This application determines the sleep duration of at least one block based on the block height of at least one block in the target batch. The sleep duration is the duration for suspending consensus on the block. Consensus is carried out on the at least one block, and the block passed by the consensus in the at least one block is stored on the block chain of the block chain system. Since the dormant duration of the block in the target batch is proportional to the block height Negative correlation, so as to ensure that the higher the block height is, the longer the block sleep time is, and it is possible to accurately control the blocks in the target batch to be stored in the reverse order of the height, which overcomes the pressure test tools in verifying block storage. Consistency limitations, thereby improving the accuracy of verification of block storage consistency in the blockchain system.

The present invention relates to the field of sleep monitoring, in particular to an electronic wristband, which has a processor and a computer-readable storage medium, continuously collects the user's action data, and uses a sleep detection algorithm to analyze the user corresponding to each action data. state, and then retrospectively analyze the context of the state, and merge any two adjacent sleep states to form a coherent sleep period, and then further merge any two adjacent sleep periods, and through iteration The sleep time period is integrated in a way, and the sleep time period with the longest duration is selected as the effective sleep time period to be sent to the external terminal. In this way, the user's actual During the sleep period, the analysis error that may be caused by human operation is reduced, and the sleep analysis result can cross the limitation of date selection, which is more realistic.

The present invention is a method for discontinuous reception of wireless communication, comprising: seven state settings; the seven states are: active state, long wake-up state, normal wake-up state, short sleep state, short sleep monitoring state, long sleep state state and long sleep monitoring state; the data packet will also carry two flags, flag1 and flag2 when carrying data; the content of the two flags is related to the time interval when the next data packet arrives, and the invention lies in that the base station can know the following After how many time slot intervals a data packet will be sent, the base station can design corresponding signs according to the length of the interval. If the interval is short, the flag flag1 is set to 1, so that the user equipment enters a long wake-up state to receive data packets in a short time; if the interval is long, the flag flag2 is set to 1, which makes the user equipment enter a long sleep state and reduce energy consumption. Compared with the prior art, the seven-state scheme with the DRX function of the present invention has a wider application range, and can reduce the overall energy consumption of the user equipment to a greater extent.