98 results about "Personnel state" patented technology

The present invention discloses an intelligent traffic safety system based on comprehensive state detection and decision method thereof. The intelligent traffic safety system includes a person condition detection unit, a vehicle condition detection unit, a road condition detection unit, an intelligent decision unit, a driver warning unit, a current vehicle mandatory processing unit, a barrier warning unit, a pursuer warning unit and an after-crash warning unit. The person condition detection unit, the vehicle condition detection unit and the road condition detection unit are separately connected to the intelligent decision unit; the intelligent decision unit implements an intelligent traffic safety decision method based on comprehensive state detection, and respectively sends corresponding crash avoidance warnings and processing instructions to the driver warning unit, the current vehicle mandatory processing unit, the barrier warning unit, the pursuer warning unit and the after-crash warning unit connected to the intelligent decision unit.

A method and system for assigning tasks can receive requested tasks, keep a requested-task queue, keep one or more worker statuses associated with respective workers, and assign the requested tasks from the requested-task queue to selected ones of the workers. In one embodiment, the requested tasks are telephone calls received by a network based contact center, and the workers are telephone agents associated with the network based contact center.

A method and system for assigning tasks can receive requested tasks, keep a requested-task queue, keep one or more worker statuses associated with respective workers, and assign the requested tasks from the requested-task queue to selected ones of the workers. In one embodiment, the requested tasks are telephone calls received by a network based contact center, and the workers are telephone agents associated with the network based contact center.

The invention discloses a method and a device for identifying the behavior of substation personnel. Wherein, the method includes the following steps: acquiring a video image of the monitoring area of ​​the substation; extracting the personnel state data collected in the video image, judging according to preset rules whether there is a person in the monitoring area whose behavior violates regulations; when detecting When there is a person violating the regulations in the monitoring area, an alarm is issued. It uploads the collected video images to the connected host computer, and the host computer analyzes the video images to judge the situation of each monitoring area. And it can send out an alarm to prompt when someone's behavior does not meet the requirements. This greatly improves the fineness and real-time performance of substation area monitoring, and uses camera devices combined with computers to monitor personnel behavior, realizes automatic monitoring of personnel in substations, and reduces labor while timely discovering violations of regulations and reducing accidents. Ensure the safety of the substation area.

A method and system for determining the status and monitoring an unattended individual. A radio beacon device can be associated with one or more individuals (e.g., an unattended person). Behavioral information about the individual(s) can be collected by tracking the location of the individual within a particular area (e.g., home, assisted living facility, etc.) utilizing the radio beacon device. The presence of other persons can then be distinguished from that of the individual within said particular area utilizing said behavioral information collected about said individual, thereby permitting a determination of the status of said individual and distinguishing the presence of other persons within said particular area. The behavioral information can include, for example, one or more activity levels associated with the individual.

The invention discloses an Internet of Things-based building ecological cloud platform. The platform includes a building ecological cloud server, a mobile terminal, a wireless router, a building environment monitoring module, a personnel flow monitoring module, an electrical equipment measurement and control module, an energy consumption monitoring module, a convenience service module and a security protection module; the building environment monitoring module, the personnel flow monitoring module, the energy consumption monitoring module, the convenience service module and the security protection module are in communication connection with the building ecological cloud server through the wireless router; and the building ecological cloud server receives building environment status monitoring data, personnel status monitoring data, energy consumption monitoring data and security protection information, updates building environment status, personnel status, energy consumption and security information data in a cloud database in real time, and controls electrical equipment through the electrical equipment measurement and control module. The Internet of Things-based building ecological cloud platform of the invention can not only realize the comprehensive sensing of building environment, but also has the functions of sensor management, electrical equipment management, personnel monitoring and data intelligent processing.

The invention provides a passive indoor personnel state detection method based on PCA-Kalman. The method comprises the steps of collecting the position coordinate of a test area, denoising original data, extracting the most contributive feature by using an improved PCA algorithm, reducing the dimension of CSI data, extracting the non-linear feature of an original position fingerprint, storing a processed CSI signal into a fingerprint database, and updating the fingerprint database in real time according to environment change; classifying the data in a true environment by using an SVM algorithm, dividing the detection area into multiple reference points, numbering the reference points according to an ascending order, collecting behavior state of personnel in the detection area, and transmitting the acquired CSI data and amplitude and phase changes to a server; and matching a personnel state detection result with data in the fingerprint database, and thus achieving detection on differentstates of the personnel in the indoor environment according to a matching result. According to the method, the time complexity of the algorithm is reduced, the personnel state detection rate is improved, and the errors are reduced.

A wrist wearable computing and communication device for an emergency occasion is disclosed. The device, for example, is useful for a trapped person under a mound of debris created by a fallen building during an earthquake or a terrorist attack. The invention is based upon a conventional wrist electronic watch with an additional sensory unit for sensing survivability of the trapped person and a communication unit for communicating with an external device. The invention is characterized by that an authorized signal delivered by a nearby mobile rescue station will switch on the sensory unit of the wearable device to provide the information with regard to trapped person's status. In one embodiment, a pressure sensor on the backside of the wearable device is used to measure the wrist induced pressure to confirm if the device is worn and a temperature sensor to measure the body temperature of the trapped person after the confirmation. In another embodiment, a motion sensor is used to measure the movement of the wrist after an alerting signal is triggered by the mobile rescue station.

The invention discloses an intelligent anti-drowning device, which comprises a state monitoring module, a beacon receiver array module, a core server and a rescue terminal, wherein the state monitoring module is used for monitoring heart rate, respiration, blood oxygen saturation degree, limb movements and data related to human body health state; the beacon receiver array module is used for receiving network information and personnel state information sent by the state monitoring module, and uploading the information to the core server; the core server is responsible for processing the personnel state information sent by the state monitoring module and position information sent by the beacon receiver array module, judging a current health state grate of a person through centralized processing, and sending the grade and a current position of the person to the rescue terminal; and the rescue terminal is responsible for receiving the personnel position and state information sent by the core server, and sending alarm to a lifeguard. The intelligent anti-drowning device improves the rationality and reliability of drowning judgment, effectively ensures the achievable rate of information transmission, enhances positioning precision of a position of the person in water, and guarantees the security of personnel above water.

The invention provides an indoor personnel state monitoring method. The method comprises steps that S1, the indoor personnel state information is acquired by a controller through an indoor sensor; S2, whether the indoor personnel quantity at present is greater than 1 is determined by the controller according to the state information, if yes, the process enters a step S3, if not, the process enters a step S4; S3, after time delay time delta t, the controller returns to the step S1; and S4, the acquired state information is sent by the controller to a monitoring terminal. Through the method, the indoor personnel quantity is identified and determined through setting the controller, automatic switching of monitoring modes of monitored personnel is realized on the basis of the indoor personnel quantity, so an indoor personnel state monitoring system under different states is applicable to flexible use state switching, all-time monitoring and all-time data transmission are not necessary, and resource waste can be avoided.

The invention relates to a dangerous state monitoring method and device for an operating personnel and computer equipment, and belongs to the technical field of state recognition. The method comprisesthe following steps: acquiring a plurality of images containing operating personnel; determining the current state of the operating personnel and the duration of the current state according to the plurality of images containing the operating personnel; determining whether the current state is a dangerous state or not according to the current state of the operating personnel and the duration of the current state; and if yes, outputting dangerous state indication information. According to the technical scheme, the problem that the state monitoring efficiency of operators on a power grid construction site is low is solved. Managers do not need to carry out manual monitoring, the dangerous state of the operating personnel can be automatically and accurately determined, and the state monitoring efficiency of the operating personnel on the power grid construction site is effectively improved.

The invention provides a method for changing online customer service state, comprising the following steps: an online customer service staff clicks to choose corresponding state in a WEB interface; a WEB terminal sends a request for changing into the corresponding state to an instant messaging server; the instant messaging server changes the state of the online service staff to be the corresponding state after receiving the request; the instant messaging server sends the updated online customer service staff state to the WEB terminal, and the state of the online service staff is displayed as the chosen state. The online customer service staff reasonably adjusts the online state according to the working condition and the communication condition with customers and can switch among normal, busy and exit states randomly, thereby improving the working efficiency, enhancing the degree of satisfaction of customers and having good communication effect.

The invention provides an intelligent flood prevention on duty management method based on a neural network algorithm. The goal of performing on duty operation, control and management by simulating the concept of flood prevention on duty personnel is achieved. When the on duty work starts, information support is provided for human thinking simulation by intelligently sensing the flood condition information, the early warning information, the network public sentiment, the disaster condition information and the personnel state; then, through an intelligent thinking sub system, the goals of intelligent analysis of handled events or events to be handled, flood prevention situation analysis, government opinion cognition, emergency response and work deployment on the basis of the neural network algorithm are realized; after the human brain thinking is simulated, the intelligent operation can also be performed, and the operation includes affair routing inspection, report generation, early warning response, information issuing and on duty handing-over. The method provided by the invention can assist flood prevention personnel to start the work in the flood period; the problems of complicated flood prevention on duty affairs and insufficient personnel are solved; the flood prevention work efficiency can be improved; the in-time high-efficiency intelligent and scientific handling of the flood prevention affairs can be guaranteed.

The invention relates to an electronic detecting system for states of securities trading persons. The electronic detecting system comprises a brain wave sensor, an eye image collector, an eyelid opening identifier and a master controller. The brain wave sensor is used for detecting brain wave signals of the detected persons, the eye image collector is used for photographing the eyes of the detected persons to obtain eye images, the eyelid opening identifier is used for processing the eye images to obtain eyelid opening of the detected persons, and the master controller is connected with the brain wave sensor and the eyelid opening identifier and judges the current states of the detected persons on the basis of the brain wave signals and the eyelid opening. The electronic detecting system has the advantages that the current states of the detected persons can be comprehensively judged in a brain wave detection mode and an image detection mode, and accordingly the state detection precision can be improved.

The invention relates to a method and a system for judging whether combatants meet an emergency or not through their electroencephalogram signals. By the method, without any body movement and languages, whether the combatants meet the emergency or not can be analyzed by recording the electroencephalogram signals of the combatants and analyzing the corresponding electroencephalogram signals, quick response and alarm can be made to prompt of others. The method and the system belong to comprehensive application of fields of cognitive neuroscience, information technology and automatic control.

The invention relates to a personnel state detection method, system and device, and computer equipment. The personnel state detection method comprises the steps of identifying an identity label of a target according to a detection image, determining a preset behavior rule according to the identity label, tracking the target, obtaining behavior parameters of the target, and judging that the targetis in a non-preset state under the condition that the behavior parameters are inconsistent with the preset behavior rule. According to the invention, the problem that the working state of the specificstaff cannot be accurately judged by comparing the number of the staff on duty with the target number of the staff on duty is solved, and the recognition accuracy of the staff in the process of supervising the staff is improved.

The invention relates to a rescue system and method. According to the method, the position of an escaping person is acquired according to a first portable mobile terminal carried by the escaping person; the state of the escaping person is analyzed by a server according to the position of the escaping person; and a rescue scheme is determined according to position information and site information of the fire disaster and position and state of the escaping person, and is sent out. The method can instruct rescue activity, improves rescue efficiency and reduces casualties.

The invention relates to a detection method for a state of a ship operator on duty. The method comprises the following steps: (1) a detection system for the state of the ship operator on duty is provided, wherein the detection system comprises a USB (Universal Serial Bus) camera, heat induction infrared detection equipment, face detection equipment and an embedded processor; the USB camera is used for photographing an operator image of the operator on duty; the heat induction infrared detection equipment is used for detecting whether the operator on duty exists or not; the face detection equipment is connected with the USB camera and is used for carrying out image identification on the operator images so as to determine a face state of the operator on duty; the embedded processor is connected with the heat induction infrared detection equipment and the face detection equipment respectively, and is used for determining whether an alarming signal of the state of the operator on duty is sent out or not based on a detection result of the heat induction infrared detection equipment and an image identification result of the face detection equipment; (2) the system is used for detecting.

Quorum based anomaly detection utilizes multiple entities to detect and attempt to configure a repair task for an anomaly. Once the repair task is generated, a system is used to assign the task to a worker entity while recording the responsibility of that task with the worker in a persistent storage. If the worker entity crashes, the degraded worker status will eventually be detected, and all tasks associated with that worker will be re-assigned. Once a worker finishes a task, the assignment information for the task is transitioned to a completed state.

The invention discloses a monitoring method, a monitoring apparatus and a monitoring system for personnel and vehicles in a tunnel. The monitoring method comprises: receiving the vehicle information transmitted by a first vehicle information collection device arranged at the entrance of a tunnel and the vehicle information transmitted by a second vehicle information collection device arranged at the exit of the tunnel; receiving the personnel information transmitted by a first personnel information collection device arranged at the entrance of the tunnel and the personnel information transmitted by a second personnel information collection device arranged at the exit of the tunnel; and according to the received vehicle information and the received personnel information, analyzing the states of the vehicles and the personnel in the tunnel. With the technical scheme of the present invention, the personnel and the vehicles in the tunnel can be real-timely monitored, the accurate scene situation information can be provided for the accident handling department during the occurrence of the accident, the relevant rescue work can be conveniently performed, and the accompanying secondary damage after the accident in the tunnel can be avoided.

In a medical information system that performs information processing for managing medical actions involving multiple stages formed by combining a plurality of events, including: a collection device for collecting chronologically representing medical instruments related to the medical actions and / or the status information of the personnel status; the first judging component is used to determine the implementation order of the multiple stages according to the occurrence of the event determined based on the status information; the second judging component is used to said state information to determine a start time of each of said plurality of stages; and means for generating sequence information representing said order of implementation and a start time of each of said plurality of stages.

The invention relates to a ship personnel-on-duty state detection system which comprises a USB camera, a thermal sensing infrared detection device, a face detection device and an embedded processor. The USB camera is used for shooting images of personnel on duty. The thermal sensing infrared detection device is used for detecting whether the personnel on duty exist or not. The face detection device is connected with the USB camera to conduct image recognition on the personnel images so as to determine the face state of the personnel on duty. The embedded processor is connected with the thermal sensing infrared detection device and the face detection device and determines whether a personnel-on-duty state alarm signal is given out or not according to the detection result of the thermal sensing infrared detection device and the image recognition result of the face detection device. By means of the ship personnel-on-duty state detection system, whether the ship personnel on duty are on guard or not and whether the ship personnel on duty are on guard in a fatigue state or not can be detected quickly and accurately, a corresponding alarm signal is given out, and thus ship accidents are avoided.

The invention discloses a field operation safety mutual aid warning device which comprises a hose machine and a wrist watch. The host machine comprises a radio frequency transceiver, a Zigbee communication module, a sound pickup, an audio frequency codec, an audio frequency amplifier, a loudspeaker, a master controller, a displayer, keys, a power control module, a data memory, an acceleration sensor module and a global positioning system (GPS) module. The wrist watch comprises a radio frequency transceiver, a master controller, an acceleration sensor module, an infrared emission module, an infrared pulse signal receiving and amplification shaping module, keys and a power control module, wherein the master controller is connected with the radio frequency transceiver, the infrared pulse signal receiving and amplification shaping module, the acceleration sensor module, the keys and the power control module. When an operator encounters a sudden accident or a danger, real-time warning about the state and the position of the operator can be sent to a teammate and a manager in time, and therefore rescue efficiency is improved, unexpected casualty accidents of field operation personnel can be prevented or reduced, and life safety of the personnel is guaranteed.

The invention provides an identification system for regionally detecting an elevator and an implementation method thereof and belongs to the technical field of the elevator. The identification system for regionally detecting the elevator comprises a position identifier, a camera module, a camera identification module, a waiting personnel state judgment module and an elevator operating state judgment module; through the setting of the camera module, the personnel distribution state of floors is shot; through the setting of the camera identification module, the distribution state of personnel taking the elevator is identified; through the setting of the waiting personnel state judgment module, the taking state of the personnel taking the elevator is judged; and through the setting of the elevator operating state judgment module, the operating state of the elevator is triggered and adjusted in time. The identification system avoids the idling phenomenon of the elevator and can also automatically identify the calling floor to save the time of a user.

The invention relates to a method, a device and a system for positioning a person. The method comprises the steps of: receiving a first signal sent by a first signal transceiver; determining the position of a person to be detected and the residence time of the person to be detected at the position according to the first signal; and judging whether the person to be detected is in a falling state according to the residence time. By adopting the technical solution, the person can be exactly positioned in real time, whether the person to be detected is in a falling state can also be judged according to a corresponding scene analysis algorithm, and corresponding image data and electronic maps are displayed by calling camera equipment nearby the person to realize remote real-time monitoring, so that the problem of misreport of the person's state is solved.

The invention provides a driving safety pre-warning method and system, a terminal and a storage medium. The driving safety pre-warning method comprises the following steps: collecting the heart beat frequency of a driver through a sensor in real time and storing the heart beat frequency to a personal database; setting a normal range of the heart beat frequency according to the historical heart beat frequency in the personal database; obtaining a state of the driver according to the real-time heart beat frequency and the normal range of the heart beat frequency; and issuing pre-warning information when the obtained state of the driver is abnormal, and giving a parking location near the current location through the navigation information. The invention can timely and accurately give a pre-warning prompt when the state of the driver is abnormal and plan a parking route for the driver, so that the driver can rest and adjust in time; therefore, the safety accident caused by poor mental state of the driver when the driver drives a vehicle is effectively avoided.

The present invention relates to the insurance service field, especially to a vehicle insurance business intelligent dispatch system. The system comprises: a geography information system (GIS), a smart dispatch engine, a map system, a mobile terminal, a dispatch seat, a dispatch platform, a database, the mobile terminal is connected with the third-party service system through the Internet and is connected with a dispatch service platform, and the dispatch service platform is connected with the database through an inner network; and the dispatch seat is connected with the dispatch service platform. The vehicle insurance business intelligent dispatch system serves client claim settlement, vehicle report, road rescue, vehicle repairing and the like, integrates a mobile phone mobile terminal, a dispatch seat terminal and the like into one body, employs the GIS for real-time and visual confirmation of positions and states of vehicles and personnel, and employs the smart dispatch engine to combine an electronic map and an electronic fence to realize automatic dispatch of getting and reporting cases so as to greatly improve the dispatch work efficiency, relieve personnel work intensity, improve the business processing speed and improve the dispatch accuracy.

The invention discloses an intelligent household control method and apparatus, and an intelligent household. According to the method, a state of each specific person is obtained, an operation parameter value of the intelligent household is determined according to the state of the specific person, and thus the intelligent household is controlled based on the operation parameter value determined through the state of each specific person, i.e., control of the intelligent household is realized based on the state of each specific person. The personnel states such as different motion behavior states usually can reflect different subjective feelings or subjective needs of the personnel, when the intelligent household is intelligently controlled, the subjective feeling and the subjective need of each specific person are taken into consideration by taking the state of each specific person as a reference, therefore, by using the scheme provided by the invention, the intelligentization of the intelligent household can be effectively improved, and user demands can be further satisfied.

The invention relates to the field of intelligent house, in particular to an intelligent house anti-theft system with automatic switching mode. The intelligent house anti-theft system comprises a control terminal, a sensing system, an environment monitoring system, an access control system, an alarm system, and a mobile terminal. The control terminal is connected to the internet of things. The sensing system comprises a plurality of photoelectric sensors and a plurality of pyroelectricity sensors. The environmental monitoring system comprises a gas sensor, a smoke sensor, a flame sensor, a temperature sensor, a humidity sensor, a glass break detector, and an illumination sensor. The access control system comprises a monitoring module and a pass module. The alarm system is connected to themobile terminal, a property system, and a nearby public security system. The intelligent house anti-theft system with the automatic switching mode can perform strict security during the high-frequencyperiod of the incident, and perform mode switching according to the state of the indoor personnel outside the high-frequency period of the incident, thereby ensuring the security effect of the intelligent house anti-theft system and also saving the energy.