529results about How to "Rescue in time" patented technology

The invention relates to the field of intelligent transportation technology, and particularly relates to the vehicle accident management system and method. The method includes the following contents:when a traffic accident occurs in S1, the vehicle terminal acquires the real time position of the vehicle and the image information inside and outside the vehicle through the emergency button, and thereal time position and image are obtained to send to the management server. The S2 management server analyzes the traffic accident information according to the real time location and the image information.The S3 management server sends the warning information to the vehicle in the road leading to the accident site according to the traffic accident information.The system includes the vehicle mounted terminal and management that communicated with each other. The vehicle terminal includes a button module, a positioning module, a camera module, a control module and a prompt module, and managementserver includes a processing module and a database module. The device can obtain the image information of the accident scene through the emergency button, save the evidence of accident scene in time,and prompt the vehicle in the road to make the way, so that the rescue vehicle can reach the accident scene more smoothly and perform timely rescue.

The invention relates to the communication technology field, and particularly relates to an intelligent wearable apparatus and an alarm method, a system. The intelligent wearable apparatus alarm method comprises the steps of obtaining a corresponding alarm data at present based on a preset alarm type; determining if the alarm data is in accord with the alarm condition corresponding to the preset alarm type; when the alarm condition is satisfied, establishing remote communication and sending alarm information including the alarm data at present through a corresponding communication interface. Correspondingly, an intelligent wearable apparatus and a system are provided. In the intelligent wearable apparatus, a plurality of alarm types and corresponding alarm conditions are preset; a piece of alarm information is sent to the server when the children is automatically detected to be satisfied with one alarm condition at preset status; a plurality of accident status the children encountered are timely automatically responded; danger is prevented actively; and the children are protected at the maximum degree.

The invention relates to the technical field of electronic information, and discloses an intelligent vehicle information management method and system, wherein the method comprises the steps of: 1. acquiring one or more of image information at the designated position in a carriage, voice data in a cab, vehicle driving data, a driver identity certification information and vehicle locating data; and 2. processing the data acquired from the step 1 according to various control commands, outputting corresponding results including one or more of IP television signals, and expected videos, images, text information, vehicle dispatching information, vehicle management information and navigation information. With the multiparameter weighting optimal routing algorithm, the average driving time, jam state, driving expense information are integrated in a navigation algorithm, so that the navigation result can better approach the navigation demands of vehicles. The system integrates multiple functions, so as to simplify the vehicle devices; the remote vehicle management and real-time monitoring on vehicle movement can be realized; and the vehicle driving routing can be optimized.

The invention provides a mobile terminal with help-asking mode, which comprises a receiving unit, a processing unit and a transmitting unit. The receiving unit is used for constantly scanning a signal from search and rescue equipment and acquiring help-asking mode-initiating system information included in the signal after the signal is scanned, wherein the scanned signal accords with a communication standard specification of the mobile terminal. The processing unit connected with the receiving unit is used for initiating the help-asking mode according to the system information. The transmitting unit connected with the processing unit transmits, upon the initiation of the help-asking mode, a help-asking signal notifying the existence of trapped people. In addition, the invention further provides a rescue device.

The invention belongs to the field of mobile communication and particularly relates to a mobile phone alarm method and a system capable of completing alarm automatically without manual operations by users. The method includes setting a mobile phone safety state corresponding to each detection mode according to more than one detection mode; determining detection modes according to received detection signals; detecting the current state of the mobile phone according to determined detection modes; and alarming automatically if the detected current state is different from the safety state corresponding to the detection mode. The system comprises a safety state setting module, a mode determining module, a detection module and an alarming module, wherein the safety state setting module is used for setting the mobile phone safety state corresponding to each detection mode according to more than one detection mode; the mode determining module is used for determining the detection modes according to received detection signals, the detection module is used for detecting the current state of the mobile phone according to the determined detection modes, and the alarming module is used for alarming automatically if the detected current state is different from the safety state corresponding to the detection mode.

The invention discloses an emergency command system for monitoring truck escape ramp which is characteristic in that the emergency command system for monitoring truck escape ramp comprises two parts of a road side hardware equipment and a control platform. The road side hardware equipment comprises a subsystem for detecting videos and incidents and a brake drum of truck temperature-recognition subsystem. The control platform comprises a view module, a data analysis module, an information output module and an information publish module. The Emergency command system for monitoring truck escape ramp and method thereof is capable of improving the safe factor of the truck escape ramp.

The invention relates to an intelligent fire alarming method. The intelligent fire alarming method includes the steps: when receiving a fire alarm command, acquiring sensing information of a pluralityof sensors, wherein the sensing information includes: a combustion value of a combustible material, a wind direction value, a smoke concentration value, a temperature value and a flame value at a fire site, and a heartbeat value, a blood pressure value and a respiratory rate of a user; when determining that the fire alarm command is valid according to the sensing information, acquiring a fire video of the fire site, and transmitting the fire alarm command to an alarm terminal; acquiring the time that the fire alarm command is sent to the alarm terminal; if the transmission occurs in the daytime, acquiring the road condition information and sending the optimal path planning to the alarm terminal, and if the transmission occurs at night, acquiring street light information and sending the optimal path planning to the alarm terminal; and when determining that the fire alarm command is invalid, outputting the prompt of fire self-rescue measure to guide the user to carry out self-rescue. The invention also provides an intelligent fire alarm terminal and a storage medium. The intelligent fire alarming method, the terminal and the storage medium can solve the difficulties of the user foralarming, can provide more comprehensive fire information for rescue staff, and can perform real-time path planning at the same time so as to enable the rescue staff to arrive at the fire site as soonas possible.

The invention provides an emergency treatment system for elevators. The emergency treatment system comprises an elevator comprehensive information database, an elevator code assigning subsystem, an elevator grid management subsystem, an elevator dynamic state monitoring subsystem, an elevator fault/accident calling subsystem, an elevator emergency dispatching subsystem and an elevator fault/accident disposal management subsystem. An emergency treatment method for the elevators based on the system comprises the steps that firstly, a complete and accurate elevator comprehensive information database is formed; secondly, elevator identification codes are assigned to the elevators; thirdly, grid dividing and positioning of the elevators, maintaining units and nearby rescuing stations on a map are achieved; fourthly, the elevator calling subsystem is connected through an assembly of the elevator dynamic state monitoring subsystem installed on the elevator or a manual alarming manner; fifthly, after the fault rescuing call is answered, the system arranges rescue in time according to the elevator identification code provided by a person calling for help; and sixthly, rescuing is finished, and a detailed log information record from alarming to the command stage to rescuing ending is formed.

The invention discloses a vehicle collision detection method and a vehicle collision detection device. In the vehicle collision detection method, acceleration values are measured once at a first preset time interval. The method comprises the following steps: calculating a first acceleration difference value; judging whether the first acceleration difference value falls into a first threshold range to determine whether to continue a flow or not; clearing recorded acceleration values; calculating a second acceleration difference value; judging whether the second acceleration difference value falls into a second threshold range to determine whether to continue the flow or not; under the condition that two judged results are positive, output alarm information. By adopting the vehicle collision detection method and the vehicle collision detection device, collision accident of a vehicle is judged accurately the first time to transmit alarm information rapidly by measuring and analyzing the acceleration data of the vehicle, thereby ensuring that the vehicle can be rescued in time after the collision accident.

The invention discloses a method for preventing a living body inside a vehicle compartment from being choked. The method comprises the steps that whether a vehicle is flamed out or not is detected through an intelligent device, under the status that vehicle doors are locked, whether a living body exists in the vehicle or not is detected, and an alarm device gives an alarm; if the living body is detected, the concentration of oxygen inside the vehicle continues to be detected, and whether the probability that the living body is choked exists or not is judged; if the probability that the living body is choked exists, an air-conditioner system is started, and then a short-message alarm is given. The intelligent device comprises a timekeeping module, an oxygen concentration threshold value is set to 0-18%, when it is detected that the oxygen concentration is lower than 18%, the air-conditioner system and the timekeeping module are started, and if it is detected that the oxygen concentration is still lower than 18% after the set time is ended, the short-message alarm is given. The intelligent device further comprises a vehicle window lifting system, and the oxygen concentration threshold value is set to 0-13% and 13-18%; when it is detected that the oxygen concentration is lower than 13%, a vehicle window is started, and the short-message alarm is given. According to the method, different dangerous cases are disposed of step by step, and the living body inside the vehicle is rescued in time.

The invention discloses an elevator positioning method and further discloses an elevator positioning device and a storage medium. The elevator positioning method comprises the following steps that anair pressure value of the position where an elevator is located is obtained, and according to a relation curve between the air pressure value and an altitude value, an altitude value corresponding tothe air pressure value is obtained; an altitude value of a reference position is obtained; a difference value between the altitude value corresponding to the air pressure value and the altitude valueof the reference position is calculated, and an obtained numerical value is the relative height value of the elevator relative to the reference position; and the position of the elevator is determinedaccording to the relative height value. The altitude value of the position where the elevator is located is obtained by detecting the air pressure value of the position where the elevator is located,and then the relative height value of the position where the elevator is located relative to the reference position is calculated, so that the position of the elevator is determined, in this way, even if the elevator breaks down, the position of the elevator can still be quickly checked, and thus timely rescue is guaranteed.

The invention discloses an emergent danger avoiding system under a shaft of a coal mine. The emergent danger avoiding system has a self-generating function and is not limited by the energy of batteries, so the system can provide illumination, the indication of escape routes, communication, calling for help and the like for distressed personnel under the shaft for a long time by utilizing a self-generating device; and ambient environmental parameters are detected by utilizing a sensor and are calculated and analyzed, and the optimum route map for avoiding disasters and a reasonable contingency plan are selected from a plurality of prestored route maps for avoiding the disasters and contingency plans according to the analyzed result. According to the emergent danger avoiding system, the distressed personnel are prevented from being invaded by secondary accidents by an automatic detection function and an environmental parameter overranging alarm function; and rescue personnel on the ground can position the positions of the distressed personnel quickly and accurately to rescue the distressed personnel in time by functions of wireless communication and voice, so that personal casualties caused by the accidents are prevented to a maximum degree.

The invention discloses an engineering management system based on big data, and the system comprises a cloud server which is in network connection, a management terminal which is used by a manager, and a mobile terminal of each engineering responsible person, the mobile terminal comprises a data collection module, and the data collection module is used for collecting the image information of a construction site. The cloud server comprises a database, an information input module, an information collection module and an analysis and judgment module, and is used for comparing and analyzing the progress reports and image information of the projects with the construction progress plans and judging whether the construction progress is behind the construction progress plans or not, and is also used for sending the information of backward progress and the information of the responsible person of the project to the related management personnel when the construction progress is judged to be backward in the construction progress plan. According to the invention, the acquired image data and the progress report uploaded by each project responsible person are analyzed based on the processing capability of the big data, so that the real-time monitoring of the construction progress is realized.

The invention is suitable for the technical field of communication, and provides a human body guarding method and a human body guarding device. The method comprises the steps that guarding function parameters set by a user are received, wherein the guarding function parameters comprise a range of number of times of activity of a person under guardianship and contact information of at least one guardian; the number of times of activity of the person under guardianship is monitored through a human body inductive sensor; when the number of times of activity is not in the range of the number of times of activity, image information and acoustic information are respectively collected through a camera and a microphone; and the collected image information and the collected acoustic information are sent to the guardian corresponding to the contact information. According to the invention, an active, visual and rapid guarding effect for the person under guardianship is achieved.

The invention discloses a middle-low-speed magnetic suspension rescue robot. The middle-low-speed magnetic suspension rescue robot comprises a rack, folding bending mechanisms, a detecting rescue mechanism and an autonomous cruise module; the rack stretches over two middle-low-speed magnetic suspension F rails to be detected; the two folding bending mechanisms are arranged at the two ends of the rack and are located above the F rails, and each folding bending mechanism is provided with a walking wheel pair and a clamping wheel pair; the detecting rescue mechanism comprises a distance measuring sensor, a camera and a rescue contact rod, the distance measuring sensor is arranged on the rack and located between the two F rails, the camera is arranged above the rack, and the rescue contact rod is horizontally mounted on the side face of the rack; the autonomous cruise module is mounted below the rack and used for achieving free walking of the rescue robot along the F rails. In-time rescue of the F-rail abnormal detection robot is achieved, and the beneficial effects of being simple in structure, convenient to operate and the like are achieved.

The invention relates to a mooring-type firefighting aerial reconnaissance platform which comprises a suspended unmanned aerial vehicle firefighting reconnaissance platform, a mooring cable, a cable automatic release and retraction system, a high-voltage power source supply system and a ground control center. A reconnaissance platform control system, a multifunctional sensor obstacle-avoiding system, an unmanned aerial vehicle laser positioning takeoff and landing system, a temperature sensor and a load mounting platform are mounted on the suspended unmanned aerial vehicle firefighting reconnaissance platform, and various firefighting task loads are mounted on the load mounting platform. The high-voltage power source supply system comprises a ground power supply system and an onboard powersupply system, the mooring cable is connected between the onboard power supply system and the cable automatic release and retraction system, and the ground control center is connected with the cableautomatic release and retraction system through an optical cable. The mooring-type firefighting aerial reconnaissance platform can constantly work for 24h, so that working ability is improved greatly.The platform can carry more than 5 firefighting task loads for simultaneous working and can complete various firefighting work tasks, so that functions are expanded greatly.

The invention provides a student static physiological parameter remote monitoring system and method, and relates to the technical field of informatization management. The remote monitoring system comprises a positioning and monitoring subsystem, a data analysis cloud center and a fitness monitoring comprehensive management platform which are sequentially in communication connection. The positioning and monitoring subsystem acquires static physiological parameters of students in real time and positions the students through the ultra-wideband pulse signal transmission technology, the acquired static physiological parameters of the students and positioned positions are processed through the data analysis cloud center and then stored in the fitness monitoring comprehensive management platform, and then fitness monitoring data of the students can be inquired and managed by related personnel in the following process. A large amount of labor and time can be saved, and test accuracy is improved. Student parents and/or teachers can grasp the fitness health conditions of the students in real time, and paroxysmal diseases sensitive to time of the students can be rescued in time.

The invention relates to a charging station electricity safety monitoring device and an early warning method. The device comprises three parts of an electric fire early warning device, a fire controldevice and a fire early warning management platform, wherein the electric fire early warning device is used for monitoring current, voltage, zero line current, residual current, reactive power, activepower and the like of an electric circuit of the charging station, the data are uploaded to the fire early warning management platform, the fire early warning management platform calculates and obtains warning signals through a warning algorithm according to historical data and real-time data, the warning signals are transmitted to the electric fire early warning device, the early warning devicegives warning signals, control signals are outputted, and the fire control device is driven to make corresponding actions.