42 results about "Activity Status" patented technology

Methods, systems, and devices for wireless communications are described. Techniques described herein provide dynamic measurement gap indication. In some examples, a user equipment (UE) may receive control signaling indicating a configuration of a measurement gap instance. The configuration may indicate an activity status of the measurement gap instance. The activity status may indicate that measurement gap instance is active and the UE is to perform measurements during the first measurement gap instance or that the first measurement gap instance is inactive and the UE is to skip performance of measurements during the first measurement gap instance. The UE may receive second control signaling dynamically changing the activity status of the measurement gap instance.

The invention provides a live broadcast object processing method and device, equipment and a storage medium, and the method comprises the steps: displaying first state information corresponding to a target live broadcast object on a live broadcast room page, the target live broadcast object being a live broadcast object being explained, and the target live broadcast object being configured with a target moving object having preset moving time information, the first state information is used for representing that the target moving object is in a first moving state in the multiple moving states, the first state information is controlled to be switched to display second state information, and the second state information is used for representing that the target moving object is in a second moving state in the multiple moving states. Visibly, according to the embodiment of the invention, the target live broadcast object configured with the target moving object with the preset moving time information is displayed on the live broadcast room page, and the state information of the target moving object is controlled to be switched and displayed when the moving state of the target moving object is changed, so that the live broadcast object processing modes are enriched, and the user experience is improved.

The present invention relates to the field of artificial intelligence technology and discloses a scheduling method, apparatus, device, and medium. The method comprises determining the activity status of each preset task. If the activity status is low, a scheduling determination is made on the non-fused node where the corresponding task is located, polling a schedulable fused node in a preset fused node pool, and scheduling the task to the fused node. If the activity status is up, a performance determination is made on the non-fused node where the corresponding task is located, and a preset idle node or a newly created node is scheduled to process the task, thereby achieving reasonable resource scheduling and reducing the redundancy of idle resources.

An embodiment of the present application provides a method and an electronic device for real-time feedback on the follow-up status of an exercise course. The method is executed by a first electronic device, and a communication connection is established between the first electronic device and a second electronic device, including: playing a first exercise course; receiving a first signal from the second electronic device, where the first signal is a physiological signal generated by the user following the first exercise course when the user wears the second electronic device; determining the follow-up status of the user for the first exercise course according to the first signal and a first threshold corresponding to the user, where the first threshold is the physiological signal corresponding to the user in a low activity state, and the low activity state is the activity state of the user when the acceleration signal corresponding to the user meets a preset condition; and in the case of determining that the user is in a non-follow-up state for the first exercise course, outputting a first prompt message in real time. Thus, the situation of non-follow-up can be reminded to the user in real time during the process of the user following the exercise course.

The invention provides an activity monitoring method, electronic equipment and a computer program product. The activity monitoring method comprises the following steps: acquiring first link data of a first monitoring area and second link data of a second monitoring area within a preset time length; generating activity monitoring data based on the first link data and the second link data; and according to the activity monitoring data, determining the activity state of the first monitoring area and / or the second monitoring area within the preset time duration. According to the activity monitoring method, the two links collected at different positions are adopted for monitoring, the monitoring range can be effectively increased, and the monitoring success rate can be effectively increased.

A method of transmitting intermediary content to a user device may include receiving a periodic signal from the user device. The periodic signal may indicate an activity status of the user device. In response to receiving the periodic signal, the method may further include updating a user map with the activity status of the user device. The method may further include receiving a request to transmit intermediary content to the user device. In response to receiving the request to transmit intermediary content, the method may further include determining that the activity status of the user device in the user map is an active status. The method may further include transmitting a set of cached intermediary content to the user device.

The invention relates to the technical field of household tumble detection, and discloses a household tumble alarm system based on mobile communication service, which comprises a multi-dimensional acquisition module and an intelligent analysis module. According to the system, test data of daily behaviors of users, sensing data of activity behaviors and monitoring data of activity space are acquired through a multi-dimensional acquisition module, an intelligent analysis module analyzes an activity state under each posture, a daily data set and a feature data set are generated, individual differentiation of the users is emphasized, a unique health base line is established for each user, and the user experience is improved. The system analyzes the activity state of a user in real time, timely recognizes a tumble symptom, analyzes the potential safety hazard of each activity space, generates a danger index, is high in multi-dimensional evaluation precision, prevents the user from staying in a high-risk environment, evaluates the activity state of the user and the tumble risk of the activity space through an intelligent analysis module, judges whether to start a mobile communication service, and improves the safety of the user. And corresponding inquiry and emergency measures are executed, a hierarchical response mechanism is established, and the quick response sensitivity is high.

1. Name of the product in this design: Switch with real-time status monitoring function. 2. Purpose of this product design: For signal switching, it identifies high-speed links or activity status by emitting blue light around the fiber optic port, enabling rapid identification of trunk ports. 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 invention discloses an activity information processing method and device, equipment and a storage medium, relates to the technical field of computers, and can change online real-time calculation of whether a user meets an activity target condition into offline monitoring of a binary log as an activity driver, avoid real-time resource occupation of a server, improve the response speed of an activity page of a client and improve the user experience. And the activity information processing efficiency is ensured. The method comprises the following steps: storing a first resource value obtained when a user participates in an activity into an associated database, wherein the first resource value is obtained when the user completes an activity page task in a current activity participation process; monitoring a change operation of the first resource value offline through a binary log in the associated database to extract a second resource value obtained by change; and if the second resource value meets the activity target condition, generating activity state information according to the second resource value and displaying the activity state information.

Device (104) comprising: a processor; a memory storing code executable by the processor to: Determining (402) a proximity of a target device (102) to an information handling device (102) in response to detecting the information handling device (102); Receiving (404) context data from the information handling device (102), wherein the context data describes an activity state of a user of the information handling device (102); and Adjusting (406) a volume setting of the target device (102) as a function of the proximity of the information handling device (102) and the activity state of the user. wherein the code is further executable by a processor to determine whether the user's activity state is a resting state, wherein the context data comprises one or more of biological data, calendar data, and location data.

A method of transmitting intermediary content to a user device may include receiving a periodic signal from the user device. The periodic signal may indicate an activity status of the user device. In response to receiving the periodic signal, the method may further include updating a user map with the activity status of the user device. The method may further include receiving a request to transmit intermediary content to the user device. In response to receiving the request to transmit intermediary content, the method may further include determining that the activity status of the user device in the user map is an active status. The method may further include transmitting a set of cached intermediary content to the user device.

An appliance, system, and method for operating laundry appliances are provided. The method includes generating a plurality of utilization signals including a utilization rate corresponding to a first plurality of appliances at a first location; determining an activity status based on the plurality of utilization signals of the first plurality of appliances at the first location; determining a demand status based on comparing the activity status to a quantity of user interface devices within range of a network; and generating a user control signal based on the demand status. The user control signal corresponds to a second plurality of appliances at a second location.

The air conditioner control method comprises the steps that activity state information of indoor human bodies is recognized through a recognition module, and the current activity mode of the human bodies is determined according to the activity state information of the human bodies; and the difference value between the set temperature and the environment temperature is calculated, different motor gears and air blowing feeling modes corresponding to the current activity mode are switched according to the difference value temperature, and the air guide plate is switched to the air blowing feeling gear corresponding to the current air blowing feeling mode. By dynamically matching the human body activity mode and the temperature difference value, the problem of uncomfortable body feeling or too high energy consumption caused by a fixed air supply mode can be avoided. Diversified composite experience requirements of users on different levels of mute levels and blowing feelings in static, ordinary and moving scenes are adaptively matched, and the use comfort of the air conditioner is further improved.

A method of transmitting intermediary content to a user device may include receiving a periodic signal from the user device. The periodic signal may indicate an activity status of the user device. In response to receiving the periodic signal, the method may further include updating a user map with the activity status of the user device. The method may further include receiving a request to transmit intermediary content to the user device. In response to receiving the request to transmit intermediary content, the method may further include determining that the activity status of the user device in the user map is an active status. The method may further include transmitting a set of cached intermediary content to the user device.

A method for executing a driving task in a decentralized control unit system and a decentralized control unit system are provided. The control unit system includes at least two control units that are designed as senders, and at least one control unit that is designed as a receiver. The at least two senders and the at least one receiver in each case have activity states and operating states. The two senders and the receiver in each case check their own activity states. The two senders' own activity states are compared to the receiver's own activity state. An evaluation of operating states is carried out if the two senders' and the receiver's own activity states are in each case error-free. The driving task is executed if one of the two senders and the receiver in each case has a dynamic operating state.

According to the embodiment, an activity status determination system is provided that allows a stable activity status determination status to be visually confirmed easily with high accuracy. [Solution] In an embodiment, multiple original pixels (Pif) are sequentially analyzed per multiple number of frames (n) to become reference pixels (DPk). A two-dimensional array of reference pixels (DPkr) becomes a reference frame (DFd). Each reference pixel (DPd) includes a time-series average luminance value and a luminance standard deviation relative to this average luminance value. It also includes a threshold value for determining the luminance difference between the luminance of the original pixel (Pif) in the time series direction, based on the luminance standard deviation and the average value of other luminance standard deviations within the frame, for each frame. Areas of reference pixels (DPkr) where the luminance difference determination threshold value changes in the time series direction are determined as variable pixel areas, and the determination results for each of the multiple areas are converted into display pixels for multiple areas of a single display frame.

This application relates to the field of computer technology, providing a method and computing device for recovering corrupted metadata. The method includes: detecting the activity status of a container runtime; when the activity status is inactive, creating a temporary test file in the working directory of the container runtime; if the temporary test file is successfully created, reading the runtime log of the container runtime; if the runtime log contains any preset keyword, determining that the metadata of the container runtime is corrupted, and updating the corruption detection count of the container runtime; when the corruption detection count is greater than or equal to a detection threshold, restoring the metadata file of the container runtime. Based on this solution, a host device equipped with a container orchestration platform can periodically detect and identify whether a fault involves the metadata file of the container runtime, achieving accurate identification and controllable repair of corrupted metadata, and improving the response speed for handling corrupted metadata files.

A UE determines an activity status associated with each CC of a set of CCs based on PDCCH decoding of DCI. The set of CCs may be associated with hardware modules at the UE. An inactive set of CCs may be determined to have an inactive activity status. An active set of CCs may be determined to have an active activity status. The inactive set of CCs may be associated with a first set of hardware modules of the hardware modules. The active set of CCs may be associated with a second set of hardware modules of the hardware modules. The UE may activate a partial sleep mode at the first set of hardware modules associated with the inactive set of CCs.

The present disclosure is directed to routine recognition for adjusting the power state of a device. Human activity recognition is performed to detect various activity states, and create a current sequence of activity states. In response to detecting a new activity state, routine comparison is performed in order to compare the current sequence to a past sequence that ended with the user starting to interact with the device. The device is preemptively turned on in response to finding a match.

To support continuation of a prescribed activity.SOLUTION: A positive message generating device comprises: an activity state grasping unit for grasping an activity state of an individual; an evaluation unit for conducting an evaluation based on the activity state grasped by the activity state grasping unit; and a generation unit for generating a message with a positive content based on a result of the evaluation conducted by the evaluation unit.SELECTED DRAWING: Figure 12

The computer-implemented method for animating a model in a video game comprises: obtaining an activity status 101 and location information of an in-game distance between the model a viewpoint of the u

A method for providing a reward according to attendance verification, according to an embodiment of the present disclosure, is a method by which an attendance verification reward application executed by at least one processor of a terminal provides the reward according to the attendance verification, and includes: obtaining ticket information including performance time and performance place information about an offline or online performance event; obtaining activity status information including at least one of from among offline real-time location information and online real-time viewing history information of a user; verifying attendance of the performance event based on the ticket information and the activity status information; and providing a non-fungible token (NFT) reward according to the attendance verification.

A computer-implemented method for animating a model in a video game, the method comprising: obtaining an activity status of the model; obtaining location information of the model, the location information comprising an in-game distance between the model and a viewpoint of the user; selecting, from a database of animations and based on the activity status and the location information, a first animation corresponding to the activity status of the model, the database of animations comprising a plurality of animations corresponding to the activity status of the model, wherein the plurality of animations are different complexity animations; and determining a pose of the model in a scene using the selected first animation. The method prevents unnecessarily complex animations being used and so increases the processing and resource efficiency of animating a model in a video game.

A method of transmitting intermediary content to a user device may include receiving a periodic signal from the user device. The periodic signal may indicate an activity status of the user device. In response to receiving the periodic signal, the method may further include updating a user map with the activity status of the user device. The method may further include receiving a request to transmit intermediary content to the user device. In response to receiving the request to transmit intermediary content, the method may further include determining that the activity status of the user device in the user map is an active status. The method may further include transmitting a set of cached intermediary content to the user device.

1. Name of the Design Product: Touch Display Screen. 2. Use of the Design Product: For human-machine interaction in a device, capable of directly using fingers to set parameters of the device and view various activity statuses of the device. 3. Design Key Points of the Design Product: Lies in the shape. 4. Picture or Photo that Best Illustrates the Design Key Points: Perspective View 1.

The invention discloses an air conditioner control method and device and an air conditioner. The method comprises the following steps: acquiring data of each indoor individual through a radar sensor, and determining the activeness of each indoor individual according to the data; determining a corresponding activity amount coefficient according to the activity degree; calculating the activity amount of each individual in a room according to the data and the activity amount coefficient, and further calculating the total activity amount; according to the total activity amount, the adjusting amount of the operation parameters of the air conditioner is determined, and the adjusting amount is corrected according to the activity degree of each individual; controlling operation of the air conditioner according to the adjusting quantity. By means of the method, the human body activity state in the air conditioner working environment can be automatically recognized, the human body activity amount of different crowds or in different activity states can be judged and recognized, air conditioner operation is automatically controlled according to the human body activity amount, the room temperature is adjusted in real time, and the experience requirements of different activity states and different crowds for the temperature comfort degree are improved.

To perform more appropriate management for the operation of a facility having multiple unit areas.SOLUTION: A building management device 10 comprises: a movement state acquisition unit 12 that acquires movement state data indicating a movement state of a user in a first unit area within a facility, which has been detected by a detection device; a number-of-people data calculation unit 13 that calculates number-of-people data including at least one of the number of users staying in a second unit area within the facility and the number of users entering and exiting the second unit area, and further including time information from the movement state data; a usage attribute identification unit 15 that identifies a usage attribute related to a use purpose of the second unit area on the basis of the number-of-people data; and an activity state estimation unit 16 that estimates an activity state in an exclusive use area on the basis of the number-of-people data and the usage attribute, and creates time schedule data indicating the activity state.SELECTED DRAWING: Figure 2

The invention discloses a wallpaper updating method and device and electronic equipment, and belongs to the technical field of communication. The wallpaper updating method comprises the steps that state information of an associated user is acquired, and the state information comprises time information and position information of the associated user at the time corresponding to the time information; determining an activity state of the associated user according to the state information; and updating the wallpaper of the electronic equipment according to the activity state of the associated user.

Embodiments of an activity recognition method, a display method, and an electronic device are disclosed. The electronic device can obtain a plurality of poses of the electronic device, and obtain one or more pieces of feature data based on the plurality of poses by using a plurality of one-dimensional convolutional layers. Each of the one or more pieces of feature data indicates a state of motion of a person holding the electronic device, an action of the person, or a vehicle transporting the person. Then, the electronic device displays, as an icon, the types of information indicated by the one or more pieces of feature data. According to the method, feature data for representing an activity state of the person is extracted by using the one-dimensional convolutional layers, and features for representing the activity state of the person may be extracted by using the plurality of one-dimensional convolutional layers.

The present invention relates to a method and a device (1) for obtaining a trained prediction model (31) for prediction of at least one activity status (51) of a user, the invention further relates to a method and a device for predicting at least one activity status of a user using a trained prediction model (31) obtained from the device (1).