19 results about "Rest time" patented technology

The invention provides a man-machine cooperation assembly unit task intelligent scheduling method considering fatigue recovery, and belongs to the technical field of intelligent manufacturing and man-machine cooperation. The method is characterized in that a multi-objective optimization model fusing completion time, load and dynamic fatigue is established, a dynamic fatigue recovery mechanism based on a learning-forgetting-fatigue-recovery model is integrated, a scheduling problem is constructed into a Markov decision process, and corresponding states, action spaces and reward functions are designed. Through training a Dueling Double DQN intelligent agent played back by fusing priority experience, tasks are dynamically allocated according to the real-time task progress and the fatigue state of workers, the rest time period of the workers is intelligently inserted, and the robot continues to work. The intelligent scheduling method can sense the worker state in real time and dynamically adjust the scheduling strategy, has high convergence and robustness, is suitable for intelligent man-machine cooperation production lines in the fields of automobile assembly, electronic manufacturing, aerospace and the like, and supports people-oriented intelligent manufacturing.

A method of prolonging the life of a peristaltic pump, including setting a timer for a predetermined rest time after the peristaltic pump is used, transmitting a micro pulse to a motor of the peristaltic pump after the predetermined rest time has elapsed, and shifting a motor roller from an initial position to a second position so that a pinch point of a tube of the peristaltic pump is formed in the second position. Further, a non-transitory computer readable storage medium storing instructions that cause the one or more computers to set a timer for a predetermined rest time after the peristaltic pump is used, transmit a micro pulse to a motor after the predetermined rest time has elapsed. and shift a motor roller from an initial position to a second position so that a pinch point of a tube of the peristaltic pump is formed in the second position.

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.

The utility model provides a portable stretching body builder. The portable stretching body builder comprises an inhaul cable assembly, an instrument body assembly and a handle. The portable stretching body builder can be quickly fixed on a cross beam of an office table, a table leg, a door and window at home or a private car as required, so that the body building is realized by utilizing fragmented time such as family work interval time, office tiredness and rest time, commuting process and the like; meanwhile, the portable stretching body builder can be slowly contracted, so that a user is effectively prevented from being hurt; and fitness data can be transmitted in real time, so that a user can conveniently master the fitness data in real time.

1. Name of the product in this design: Display ring for a graphical user interface of an electronic device that displays a schedule reminder. 2. Purpose of this design: An electronic device. 3. The key design features of this product are the graphical user interface content on the screen. 4. The picture or photo that best illustrates the key design points: Design 1 front view. 5. The rear view, left view, right view, top view, and bottom view of Design 1 to Design 5 have no design points, so the rear view, left view, right view, top view, and bottom view of Design 1 to Design 5 are omitted. 6. Design 1 is designated as the basic design. 7. Purpose of the graphical user interface: The graphical user interface is used to display and operate the schedule reminder. The schedule can be set or adjusted through the ring adjuster. The protected area is used to display reminders about daily routines. Click and drag the icons at both ends of the circular adjuster to set the rest time. After setting the rest time, the corresponding numerical scale on the outside of the circular adjustment will be highlighted, and a time period circular track will be formed between the icons at both ends. The adjusted rest time period is displayed in the middle of the circular adjuster. You can also adjust the resting range by clicking and dragging the circular track. The main views of Design 1-Design 2 and Design 4-Design 5 are display interfaces for different forms of daily schedule reminders; the main view of Design 3 is a display interface for setting daily schedules by clicking and dragging the icons at both ends of the circular adjuster and forming a circular track for a time period. Clicking and dragging the circular track in the main view of Design 3 will enter the interface change state diagram of Design 3, at which time the start and end times of the daily schedule will change. 8. Other situations requiring explanation: Other explanation: The dotted lines in the figure represent parts that do not require protection.

A system and method for computer program product embodied on a computer readable medium for optimized inbound execution, the computer program product including managing an overall workflow to develop a movement schedule, securing a delivery appoint on a customer requested delivery date, generating a feasible movement schedule and milestone set beginning with a target pickup appointment window utilizing distance, drive or rest time regulations and facility operating schedules, scheduling a pickup up appointment, issuing a tender to a carrier having pickup and delivery appointments already applied, and confirming the pickup and delivery appointments.

The invention relates to a universal medical waste liquid overflow positioning and early warning device, which comprises a clamping mechanism and a monitoring mechanism, and is characterized in that the clamping mechanism comprises a base body and at least one group of clamping arms mounted on the base body; the monitoring mechanism comprises a track, an ultrasonic liquid level monitoring module installed in the track and a sound-light alarm module integrated in the ultrasonic liquid level monitoring module, and the ultrasonic liquid level monitoring module is configured to slide along the track, rotate relative to the track and adjust the position and the pitch angle of the ultrasonic liquid level monitoring module; when the device is used, the device can be flexibly assembled on a corresponding collector through the clamping arms, and is matched with the monitoring mechanism to monitor the liquid level condition in the waste liquid collector in real time, so that the number of times for nurses and accompanying personnel to inspect whether the collector overflows or not can be effectively reduced; the workload of nurses and accompanying persons can be greatly reduced, the rest time is prolonged, the anxiety of the accompanying persons is relieved, the accompanying quality is improved, and the satisfaction of patients and family members is improved.

This invention provides a method for estimating the charge state (SOC) of a rechargeable battery that allows for accurate determination of the waiting time (rest time) required to ensure depolarization before estimating the charge state (SOC) of the rechargeable battery, thereby enabling faster estimation of the charge state. [Solution] The charge state estimation method of the embodiment determines whether the polarization of the battery has been resolved based on whether a predetermined time has elapsed since the end of charging and discharging of the battery, and if it is determined that the polarization has been resolved, it estimates the charge state of the battery based on the open circuit voltage of the battery, wherein the predetermined time is the time until the difference between the open circuit voltage and the terminal voltage of the battery after the end of charging and discharging falls below a predetermined threshold, and the predetermined threshold is the minimum value of the change in the open circuit voltage when the charge state of the battery changes by a predetermined percentage.

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 invention discloses a refrigerator and a control method and system thereof, electronic equipment and a storage medium. The control method comprises the following steps: operating supercooling freezing for a preset total time length; during the supercooling and freezing operation period, the electricity consumption difference value between the household electricity consumption and the refrigerator electricity consumption is recorded and calculated, and the human body activity condition around the refrigerator is monitored; controlling the temperature of the refrigerator chamber according to the electricity consumption difference value and the human body activity condition around the refrigerator; after the food is supercooled and frozen, the household electricity consumption and the refrigerator electricity consumption are obtained through the electricity meter and compared, the work and rest time of a user can be accurately judged, and therefore the storage temperature of the food materials can be adjusted according to the daily living habits of the user, and the user can take out the food materials at any time and directly use the food materials in the daytime; the food materials are stored at the lowest temperature during sleep at night, and the food materials can be guaranteed not to deteriorate after being stored for a long time.

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.

This application discloses a method and system for monitoring the workload of tugboat crew members based on AIS data. The method includes: acquiring AIS data corresponding to the tugboat and generating a corresponding AIS time series based on the AIS data; normalizing the AIS time series to ensure that the AIS data in the AIS time series are at the same scale; determining the tugboat's operating status based on the normalized AIS time series, including berthing, cruising, and operations; determining the tugboat crew's work and rest status based on the operating status, and generating a work and rest time series for the tugboat crew, thereby determining the workload of the tugboat crew members based on the work and rest time series. This application provides a scientific basis for assessing crew workload, effectively avoiding safety hazards caused by crew overwork, and helps improve the overall efficiency and safety of tugboat operations.

The invention discloses a tugboat crew work intensity monitoring method and system based on AIS data, and the method comprises the steps: obtaining the AIS data corresponding to a tugboat, and generating a corresponding AIS time sequence based on the AIS data; performing normalization processing on the AIS time sequence to enable AIS data in the AIS time sequence to be in the same scale; based on the normalized AIS time sequence, the operation state of the tug is determined, wherein the operation state comprises parking, cruising and operation; and determining a work and rest state of the tugboat crew based on the operation state, generating a work and rest time sequence of the tugboat crew based on the work and rest state, and determining the work intensity of the tugboat crew based on the work and rest time sequence. According to the method, a scientific basis can be provided for evaluating the workload of the sailors, potential safety hazards caused by overfatigue of the sailors are effectively avoided, and meanwhile the overall efficiency and safety of tug operation can be improved.

The invention relates to the technical field of cardio-pulmonary resuscitation training, in particular to a multi-mode cardio-pulmonary resuscitation real-time feedback training system based on VR. According to the method, the overall training fatigue degree of each feedback triggering moment is obtained according to comprehensive decline degree distribution of data corresponding to different moments in all parameter sequences between each feedback triggering moment and an adjacent previous feedback triggering moment, and the adjusted rest duration after each time of training is obtained; obtaining a reference fatigue rise value of the real-time feedback triggering moment under each training according to the overall training fatigue degree of the real-time feedback triggering moment under each training at the corresponding moment under the first training and the previous feedback triggering moment; further, the posture error degree of the real-time feedback triggering moment under each training is obtained, and training is fed back. According to the method, the posture condition and the fatigue adjustment condition under each training are accurately analyzed, so that the accuracy of feedback training is improved.

A method of prolonging the life of a peristaltic pump, including setting a timer for a predetermined rest time after the peristaltic pump is used, transmitting a micro pulse to a motor of the peristaltic pump after the predetermined rest time has elapsed, and shifting a motor roller from an initial position to a second position so that a pinch point of a tube of the peristaltic pump is formed in the second position. Further, a non-transitory computer readable storage medium storing instructions that cause the one or more computers to set a timer for a predetermined rest time after the peristaltic pump is used, transmit a micro pulse to a motor after the predetermined rest time has elapsed. and shift a motor roller from an initial position to a second position so that a pinch point of a tube of the peristaltic pump is formed in the second position.

The invention provides a mute mode control method and device, refrigeration equipment, a medium and a product. According to one embodiment of the invention, the method comprises the following steps: acquiring operation data of a user on household equipment in a historical preset time period; wherein the operation data is used for representing the work and rest time of the user; predicting a change trend of work and rest time based on the operation data by using a time period prediction model, and obtaining a predicted sleep time period of the user; and in the predicted sleep period, the refrigeration equipment is controlled to start a mute mode.

A system is provided.SOLUTION: A system comprising: means for inputting a user's group information, favorite attractions, desired rest time, and scheduled time to leave; means for collecting real-time data of a theme park; means for analyzing the user's input information and the real-time data and calculating an optimal attraction use order; and means for providing a schedule to the user based on the calculated use order.SELECTED DRAWING: Figure 1

An adjustment mechanism for a motor vehicle, in particular for a vehicle seat, the adjustment mechanism having two actuating elements and an electric motor, by means of which the actuating elements can be adjusted relative to one another during operation, wherein, repeatedly during operation, at least one stored adjustment position of the actuating elements is moved to and / or a current adjustment position is assumed over a resting time. In the event of repeatedly moving to the stored adjustment position (P), a varying target position is moved to or, proceeding from the current adjustment position, a varying target position is moved to if the resting time exceeds a predefined duration. This means that the load on parts of the adjustment mechanism can be kept low.