853results about How to "Easy rescue" patented technology

The invention relates to one digital mobile communication technique suitable for one transmission base station monitor method and system based on wireless mobile terminal, which uses GSM communication network short message channel to sort monitor data and to transmit on focus degree, wherein, the alarm information and inquire information send by real time and the operation information without alarm sends method and process technique to form alarm guide base station monitor system by network monitor center, base station and other human cell phone network.

The invention discloses a building fire intelligent rescue system based on a ubiquitous network. The system comprises a fire monitoring network, a handheld terminal, a monitoring center computer and a fire fighting command terminal, wherein the fire monitoring network consists of a plurality of convergence sub-networks and is connected with the monitoring center computer through wireless convergence nodes of the convergence sub-networks and a 3rd generation (3G) network; each convergence sub-network is a wireless sensor network which is provided with a main-chain-type topology structure consisting of wireless sensor nodes, namely fire monitoring nodes; and the handheld terminal comprises a query handheld terminal and a rescue handheld terminal, reads the label data of radio frequency identification (RFID) data of neighboring fire monitoring nodes of the handheld terminal by an internal RFID card reader and an RFID reading link which are arranged in the hand-held terminal, and exchanges data with the monitoring center computer through the 3G network. The system has the advantages of convenience in arrangement and high real-time capability; and the system can effectively assist firetrapped personnel in escaping and fire rescue personnel in making a rescue scheme; and intelligent guide is provided for the fire trapped personnel and the fire rescue personnel under the emergency condition of fire, and lives and property can be effectively rescued.

The invention relates to a multi-function window guardrail and a manufacturing method and application, which belongs to the anti-creep, burglary-prevention and protecting device of the wall, the balcony and the window of a building. The invention comprises a fender bracket that is characterized in that the fender bracket is provided with a setting spring and an electronic switch. The electronic switch is connected with an alarm. The fender bracket is a mobile part. When external force acts, the fender bracket rotates to an angle and the electronic switch is turned on. Meanwhile, the alarm gives warning and the external force is lost. With the aid of the spring, the fender bracket is reset and the alarm stops giving warning. The multi-function window guardrail is installed outside the balcony and the window to be used for guarding against being climbed and theft, giving shoes and socks an airing and actively giving the warning. In addition, the multi-function window guardrail is also used for guarding against the creeper and the theft and protection for the pipes of the building and wall.

A safety belt includes a connecting member including a rope, an attaching portion connected to a first end of the rope and arranged to be attached to a body belt worn around a body of a worker, a hook connected to a second end of the rope, and a load detection portion arranged to detect whether or not a load is applied to the connecting member and to output a load detection signal. The safety belt also includes a control device that includes a receiver unit arranged to receive the load detection signal, a control unit arranged to determine a status of the worker or a status of the safety belt based on the load detection signal, and a notification unit arranged to provide a notification in accordance with control by the control unit corresponding to the determined status.

The invention relates to an intelligent swimming system based on the Internet of Things and artificial intelligence. According to the intelligent swimming system based on the Internet of Things and artificial intelligence, drowning accidents can be prevented through an intelligent swimming bracelet and an intelligent monitoring life-saving system, and convenience is brought to positioning and rescuing; corresponding exercise plans can be made for different swimmers through communication between the intelligent swimming bracelet worn by one swimmer, the intelligent monitoring life-saving system, a cloud platform and a mobile client terminal.

A pair of diagonal members are arranged to extend from a substantially central position of a rear end panel extending in a widthwise direction of a vehicle body toward respective junctions of rear frames and a cross member. An end of each of the diagonal members is jointed to the rear end panel, and the other end thereof is jointed to the rear frame together with an end of the cross member. In addition, a guard block protruding toward a bumper beam is detachably fixed to the substantially central position of the rear end panel. Thus, such a frame structure for a vehicle can disperse and absorb an impact load in a low-speed crash or an offset crash.

An unmanned aerial vehicle-based expressway violation monitoring system, including a flight control subsystem, a violation monitoring subsystem, an information transmission subsystem, and a road information release subsystem; the flight control subsystem controls the flight route, flight height and flight speed The violation monitoring subsystem processes the collected images, obtains the emergency lane occupancy of the expressway, and transmits the photos of the violation (or emergency rescue) situation, the license plate number of the violation vehicle and the road section information of the violation vehicle to the information transmission subsystem; The information transmission subsystem sends the received picture data together with the illegal license plate number and illegal road section information through the wireless transmission module; the road information publishing subsystem receives the information and stores the processed picture, illegal license plate number and illegal road section information in the expressway Publication in the database of the highway management department or on the road information publishing platform.

The embodiment of the invention provides a wearable device remote tracking method, a mobile terminal and a cloud server. The method comprises the following steps: sending an addressing request pointing to a target wearable device according to a request instruction of a user; after receiving feature information of a third party mobile terminal fed back in response to the addressing request, establishing a communication link with the third party mobile terminal according to the feature information; and sending a permission open instruction pointing to the target wearable device according to an authorization instruction of the user. In the embodiment of the invention, the user of the third party mobile terminal can acquire position information of the target wearable device according to the permission open instruction; the user of the third party mobile terminal can quickly close to the target wearable device and keeps the synchronous movement of the target wearable device according to the acquired position information before the user of the target mobile terminal or a professional rescuer arrives, thereby tracking the position of the target wearable device so as to subsequently rescue a wearer of the target wearable device.

A multi-point seat-belt includes two shoulder-belt portions, a lap-belt portion, master release-button, multi-attachment points and a belt-feeding device, which, when activated, moves the first shoulder-belt portion to extend across over the upper of the body of the passenger, when taking his seat. In conjunction with a main latch-plate plug-in connecting to a main buckle-assembly both shoulder-belt portions extend crosswise over the upper-part thereof in an X-shape and the lap-belt portion restrains the lower-part thereof. Another belt-feeding device is adapted to the seat-design. The user-friendliness is enhanced by one-click operation of the master release-button, which, when depressed, releases all latch-plates and returns the belt-feeding device to the home position. In order to protect the passenger in a rollover-accident a safety bracket of another belt-feeding device blocks the first shoulder-belt portion in excess of a threshold value. Serving as transition-products multi-point seat-belts are defined by conventional three-point seat-belts and new parts.

The present invention relates to a kind of irradiation cross-linked low-smoke haloidless fire-resistant wire cable which is resistant to high temperature, abrasion, dehiscence, aging, combustion and is innoxious and has a long operational life and the mothod thereof, in particular the wire cable which is made by means of electronic irritation and using various compounding materials. The wire cable includes core wire, insulating layer and/or jacket whose compounding material includes polyethylene which is added with low-smoke haloidless fire-retardant Mg(OH)2 or Al(OH)3, carbon black, (0.1-0.5) portion of anti-oxygen, metal depressant and sensitizing agent.

A remotely activated pet beacon for facilitating the rescue of pets in distress is disclosed. The pet beacon provides a control circuit for controlling the pet beacon's response to events, a communication system for facilitating remote activation of the pet beacon and for interactive, remote communication with a selected entity, a distress indicator for signaling that a pet is in need of assistance, and an actuator for initiating communication with a selected entity using the communication system built into the pet beacon.

The invention provides an integrated switch for detecting the fall-into-water state and the inclination state and a fall-into-water self-rescue system with the integrated switch. The integrated switch for detecting the fall-into-water state and the inclination state comprises a vertically-placed limiting cylinder, a water level switch and an inclination switch. The limiting cylinder comprises a limiting cylinder first part and a limiting cylinder second part. The water level switch comprises a floating ball. The floating ball is arranged at the bottom in the first limiting cylinder first part. A first vacuum pipe is arranged on the top of the floating ball. A magnet is arranged in the first vacuum pipe and connected with the floating ball through a spring. An electromagnetic coil is arranged on the periphery of the first vacuum pipe. A movable contactor is arranged on the top of the first vacuum pipe. The inclination switch comprises a second vacuum pipe which is arranged above a third electrode point and a fourth electrode point. Mercury, a fifth electrode point and a sixth electrode point are arranged at the bottom in the second vacuum pipe. The integrated switch for detecting the fall-into-water state and the inclination state is simple in structure and low in cost and can automatically open a vehicle window when a vehicle falls into water or turns on one side or turns with the bottom upward so that an escaper can save himself/herself from the vehicle window and escape.

The invention provides a traffic rescue support calling device and traffic rescue support calling system, which belongs to the technical field of vehicle safety. Through adopting a technical scheme that the calling device comprises a microprocessor, a positioning module, a data transceiver module, a memory, a traffic camera, a traffic camera interface, a data interface, a display screen interface, a calling service center switch, a safe airbag sensor interface, a wading sensor interface, and a power supply supplying power to the traffic rescue support calling device, the traffic rescue support calling device can manually or automatically send the ID information and position information of vehicles to a calling center, therefore, the technical problems that the existing rescue call for help is not timely, inconvenient, and inaccurate in position description and the like are solved, and an technical effect of accurately describing vehicle positions, conveniently calling and facilitating timely rescue can be achieved. The device and system disclosed by the invention can be applied to occasions such as vehicle rescue and the like.

The invention discloses an intelligent fire fighting remote monitoring system in the fire fighting monitoring technology field. The system comprises a front end system and a background system. The front end system is formed by an alarm monitoring application platform, a fire-fighting department monitoring platform, a fire-fighting video monitoring subsystem, a fire-fighting routing inspection management subsystem, a fire-fighting post inspection management subsystem, an information query statistics analysis subsystem, a data maintenance management subsystem, a data facility maintenance platform, an instant messaging management subsystem, a service management subsystem, and an intelligent study and judgment subsystem. The system can be used to provide real, effective and real-time alarm, fault and operation information for each level of users, organic combination of civil air defense and technical defense is realized, and the scientific and technological means of fire-fighting supervision and management are comprehensively improved.

An embodiment of the invention discloses a help seeking method based on fingerprint identification. The help seeking method is applied to a mobile terminal and comprises steps as follows: A, fingerprint identification is performed; B, when a fingerprint input manner is determined to be matched with a preset manner, a help seeking message is sent. Thus, help seeking is performed in a secret help seeking manner, the help seeking safety of a user is guaranteed, and meanwhile, misoperation and malicious operation during secret operation are avoided.

Disclosed in the invention is a computer communication robot in remote control. The computer communication robot is composed of a pedestal, a control system, a power supply system, a supporting rod, a crawler belt, a drive motor, a vane, life detector, an interphone, a first client, and a second client. The control system, the power supply system, and the supporting rod are installed on the pedestal; the drive motor and the crawler belt are installed at the bottom of the pedestal; and a first camera and the vane are installed on the supporting rod and a sensor is arranged in the vane in a built-in mode. Side plates are installed at the four sides of the pedestal; and a second cameras, a third camera, a fourth camera, and a fifth camera are installed on the side plates. According to the invention, the robot can walk to a dangerous place for working; data are collected by the cameras and various sensors and then are sent to the nearby receiving clients. Therefore, relief workers can get information of disaster sites conveniently and the trapped people can be searched. The robot is controlled by computer programs to collect data, so that the operation becomes convenient and practical; and the maintenance cost of the system is low.

The invention provides a high-altitude lifesaving device, comprising: an inflatable bag, including an outer structure and an inner structure, an inflatable cavity filled with buoyancy gas is formed between the outer structure and the inner structure, and a jumping opening is provided on the top of the inflatable bag. The jump entrance communicates with the guide cavity formed inside the inner layer structure; the jump-in bag is connected to the bottom of the guide cavity, and the opening above it communicates with the guide cavity, and the bottom edge of the jump-in bag is connected to the outer structure of the inflatable bag There is a traction rope connected between the edges of the bottom end, and the traction rope is stretched under the gravity of the survivor after the survivor jumps into the bag, and the traction rope pulls the bottom of the outer structure of the inflatable bag downwards to inflate the bag. The lower surface of the inflatable bag between the bottom end of the outer layer structure and the bottom end of the inner layer structure of the bag forms an umbrella-shaped first arc surface; the bottom of the jumping bag is connected with a buffer air bag filled with buoyancy gas, and the lower part of the buffer air bag The surface is an umbrella-shaped second arc-shaped surface; the surroundings of the jump entrance are guide slopes lowered from outside to inside.

The invention discloses an SOS method and device based on an intelligent wearable device. The method comprises: receiving an operation instruction of starting the SOS function of an intelligent wearable device, and starting the recording mechanism and automatic rotating camera of the intelligent wearable device; controlling the recording mechanism and camera to record current environment information; and uploading the environment information to a corresponding server, the server pushing the environment information to contacts relevant to the intelligent wearable device. According to the technical scheme, when one sends a message for help, the method and device can help restore a scene the first time, thereby helping rescue the person.

The invention relates to an intelligent clerestory window network monitoring system. It is composed of the monitoring centre, the network access module, the clerestory controlling boxes and the clerestory control group. Its advantage lies in the following. Employing the intelligent clerestory network monitoring system, which is a clerestory intelligent supporting facility with integration of multiple functions such as daylighting, daught, smoke discharging and convenient for field salvage. In addition, the system is capable of remotely controlling the clerestory open or close. Generally daylighting and daught are the main functions. When there is an emergency such as the fire hazard, the system is convenient to rescue and quickly discharge the smoke. It can be extensively used on the roof of the architecture, especially the modern large-scale architectures such as the industrial factory building, the large-scale market and so on.

A method of requesting a rescue by receiving a disaster alarm signal and a method thereof are disclosed. The method of requesting a rescue by a user terminal, which is connected to a disaster informing server and a rescue center through a communication network, can include receiving a disaster alarm signal from the disaster informing server, generating a corresponding RF signal by receiving the disaster alarm signal, and outputting the generated RF signal. The rescue center can position the user terminal by analyzing an RF response signal sent from a movable rescue apparatus including an RF module for receiving the RF signal.

The invention discloses a belt type rescue device which comprises a buckle head and an elastic belt. The belt type rescue device is simple in structure and convenient to carry, can be tied on the waist by being arranged in a belt form, and does not affect using of hands after being started. The belt is internally provided with a plurality of airbags, the buoyancy is sufficient, hands can conveniently grab objects for lifesaving, and a user cannot feel tired after using the device for a long time. A detection sensor is arranged and can automatically monitor the heart rate when a swimmer has a sudden heart attack, or faints by collision or has other diseases and situations, especially when a person (child) is liable to be panic in drowning, then a controller is used for automatically opening the airbags, the survival rate is increased, and the using range is expanded.