14 results about "Rest period" patented technology

The invention relates to an insomnia diagnosis and typing method based on multi-modal signal fusion, which comprises the following steps of: acquiring multi-source physiological signals of a testee during a rest period at night to construct a multi-modal information source during a sleep period; performing rhythm recognition and consistency judgment on the collected signals, calculating the rhythm change trend of each modal signal in a preset time window, and determining whether a signal fragment with physiological rhythm synchronization imbalance exists or not according to the rhythm collaboration among modals; performing inter-modal logic consistency analysis on the rhythm anomaly signal segments, identifying contradictory states of different modals in the same time window, and marking the contradictory states as modal conflict nodes; extracting an activation sequence of each modal signal according to a sequential relationship of the conflict nodes so as to determine a dominant modal of the insomnia behavior; analyzing a state transition behavior of the multi-mode signal through a sliding time window, identifying a nonlinear fracture section of a sleep state, and determining an insomnia occurrence time section and jump characteristics in combination with a mode activation sequence so as to realize insomnia diagnosis and typing judgment.

1. Name of the product in this design: Playful Sleeping Pillow (Whale). 2. Purpose of this design: For use during rest periods. 3. The key design feature of this product is its shape. 4. The image or photograph that best illustrates the design's key points: a 3D model.

The vehicle dispatching device (1) includes: a demand information acquisition unit (21) that acquires a demand location at which a vehicle dispatching demand is expected and a demand time at which the demand is expected; a physical condition acquisition unit (22) that acquires, for each driver, a change in a driver's physical condition on a time axis during a period from a current time to the demand time; and a vehicle dispatching support unit (23) that determines, for each driver, a required rest time in which the driver should rest in order for a level of the physical condition that changes on the time axis at the demand time to be lower than a specified threshold value, and determines a driver who can complete movement to the demand location and rest before the demand time.

According to the equipment operation effective time calculation method and device, the storage medium and the related equipment provided by the invention, when the equipment operation effective time is calculated, the planned processing data and the operation type of the target station in the current operation period can be firstly obtained; the actual start rhythm and the actual end rhythm of the current operation cycle are determined by adopting the shift calculation rule corresponding to the operation type, and then the actual shift time is determined, so that the problem that the planned time is separated from the actual capacity can be solved through the actual rhythm; then the actual rest time of the current operation cycle is determined based on the planned processing data and the equipment fault signal, and the influence of the rest time caused by shutdown on equipment operation is avoided; for the multi-shift operation type, the actual handover time of the current operation cycle needs to be determined based on the planned processing data. And finally, on the basis of each determined time, high-precision equipment operation effective time can be obtained through calculation, and high-credibility analysis data is provided for the overall equipment efficiency.

This invention discloses a sleep regulation method and system, applicable to sleep regulation systems comprising a first terminal and a second terminal. The method includes: simultaneously outputting pulse signals through the second terminal and acquiring bioelectrical signals through the first terminal, determining an objective perception threshold based on time-locked analysis; acquiring historical regulation data to distinguish between novice adaptation mode and mature treatment mode; in novice adaptation mode, limiting the upper limit of output intensity based on the objective perception threshold, controlling intensity ramping through physiological relaxation state feedback, and performing intensity rollback when pain features are detected; in mature treatment mode, generating an adaptive stimulation prescription based on a dual-state assessment of resting period electrical signals combined with a general threshold and an individual historical baseline, and dynamically adjusting the output intensity according to real-time bioelectrical signals during the output process.

The invention belongs to the technical field of refrigerators, and relates to an intelligent mute control method, an intelligent refrigerator, a cloud server and a storage medium, the intelligent mute control method is executed by the cloud server and the refrigerator cooperatively, and the method comprises the steps that the cloud server obtains a rest time period of a user, and the rest time period is determined based on a use behavior of the user on the refrigerator or sleep state information of an associated intelligent terminal; the cloud server generates a defrosting scheduling plan based on the rest time period; and after the refrigerator receives the defrosting scheduling plan, defrosting operation is executed in the non-rest time period, and the refrigerator enters a mute mode in the rest time period. On the basis of dynamically recognizing the rest time period of the user through the cloud server, the high-noise defrosting operation is actively scheduled to be executed in the non-rest time period, the situation that the defrosting process interferes with the rest of the user is avoided, and the use comfort of the user in the rest time period is remarkably improved.

We provide the system. [Solution] A means of generating a custom learning plan based on individual characteristics and goals, A means of providing a timekeeping function for efficient time management, A means of setting and notifying users of personalized notification information based on their schedule, A means to automatically record and visualize completed tasks and their progress, A means of analyzing historical information and providing feedback that suggests the next action, A means of providing learning support to users, which is installed in a device that supports learning, presents learning and rest times, and provides advice according to their progress. A system that includes this.

The device operation effective time calculation method and device, storage medium and related device provided by the application can obtain the planned processing data and the job type of the target station in the current operation cycle, and determine the actual start pace and the actual end pace of the current operation cycle by using the shift calculation rule corresponding to the job type, and then determine the actual shift time, so that the problem of disconnection between the planned time and the actual production capacity can be overcome by using the actual pace; then, the actual rest time of the current operation cycle is determined based on the planned processing data and the device fault signal, so as to avoid the influence of the rest time caused by shutdown on the device operation; for the multi-shift job type, the actual handover time of the current operation cycle is further determined based on the planned processing data. Finally, based on the determined time, the device operation effective time with high precision can be calculated, and high-credibility analysis data for the overall device efficiency can be provided.

The invention discloses a crew member rest period allocation method and device and a storage medium. The method comprises the steps of obtaining number parameters of crew members of a target airline in a planning period; wherein the number parameters comprise the total number of the crew members and the number of the crew members required in each unit time in the planning period; based on the quantity parameters, constructing a multi-objective optimized rest period distribution model; and solving the rest period distribution model to obtain an optimal rest period distribution plan of each unit member. According to the embodiment of the invention, the optimal rest period allocation plan can be arranged for each crew member, and the rest requirements of the crew members are ensured, so that the safety risk of flight operation is reduced.

The invention discloses a rest period distribution method and device based on a rest planning graph and a storage medium. The method comprises the steps of obtaining a rest period distribution model of crew members in a target airline; wherein the decision variable of the rest period distribution model comprises a rest period distribution plan selected by the kth crew member in a corresponding plan set; generating a corresponding rest planning map for each crew member; wherein any path between the source node and the sink node in the rest planning graph represents a compliant rest period distribution plan in the plan set; and based on the rest planning graph, solving the rest period distribution model, and obtaining an optimal rest period distribution plan of each unit member. According to the embodiment of the invention, by constructing the rest planning graph, non-compliant rest period distribution plans can be effectively eliminated, and the search space is greatly reduced, so that the solving efficiency is improved.

1. Name of the product in this design: Nap Pillow. 2. Purpose of this design: For use on a desktop during naps or rest periods. 3. The key design feature of this product is its shape. 4. The image or photograph that best illustrates the design's key points: 3D view 1.

There is provided a wearable device (100, 200, 300, 400, 600, 700, 802) for alleviating a symptom of a nervous system condition of a user (202, 302, 602), where the wearable device comprises: mounting means (102) for removably mounting the wearable device to the user; and a power source (104) for, in use, providing power to the wearable device. The wearable device (100, 200, 300, 400, 600, 700, 802) further comprises stimulation means (106) for applying a stimulus to the user, where the stimulus comprises a vibratory stimulus or an auditory stimulus, or both a vibratory stimulus and an auditory stimulus; a sensor device (110) for sensing a characteristic of a user to generate an input signal; wherein the sensor device comprises one or more motion sensors and / or one or more biosensors to sense a motion pattern and / or a biological pattern of the user (202, 302, 602) wherein the motion pattern and / or the biological pattern is associated with a symptom of a nervous system condition of the user (202, 302, 602); and control means (108) for processing the input signals to generate corresponding output signals for driving the stimulation means (106) to apply stimulation to the user. The wearable device is configured to excite the stimulation device to provide pulse period stimulation (VS2, AS2) during a pulse period and to provide rest period stimulation (VS1, AS1) during a rest period, where the pulse period stimulation (VS2, AS2) is greater in amplitude than the rest period stimulation (VS1, AS1), where the pulse period and the rest period are comprised within a cue period where the pulse period stimulation (VS2, AS2) is greater than the rest period stimulation (VS1, AS1). The wearable device is configured to provide a tandem sequence of such cue periods, and wherein the wearable device is configured to provide cues.

A system and method for gradually enabling operational capabilities for a pilot returning from a rest phase during flight includes: (a) enabling, via a processing system, only cockpit equipment associated with a first predetermined set of pilot-related tasks, to thereby limit the pilot's ability to conduct only the first predetermined set of pilot-related tasks; (b) assessing, via the processing system, when the pilot is capable of conducting an additional set of pilot-related tasks and, in response, additionally enabling, via the processing system, the cockpit equipment associated with the additional set of pilot-related tasks, to thereby limit the pilot's ability to conduct only the first predetermined set of tasks and the additional set pilot-related tasks; and (c) repeating step (b) until the pilot can conduct all pilot-related tasks.