74 results about "Fall into water" patented technology

The invention provides a method and device for detecting vehicle falling into water, a vehicle and a storage medium, the method is applied to the technical field of vehicle falling into water detection, the method comprises the steps that M falling into water detection parameters are obtained through M collection devices of different types in the vehicle, the falling into water detection parameters are used for representing the falling into water state of the vehicle, and M is a positive integer larger than 1; determining M basic probability distribution values corresponding to the M collection devices according to the M water falling detection parameters; according to the M basic probability distribution values, the falling-into-water confidence coefficient of the vehicle is determined; and when the falling-into-water confidence is greater than or equal to the preset confidence, determining that the vehicle is in a falling-into-water state. According to the method, whether the vehicle falls into water or not can be identified by fusing the falling-into-water detection parameters collected by multiple sensors, the reliability and robustness of vehicle falling-into-water detection can be effectively improved, and misjudgment caused by identification of single equipment is avoided.

The invention relates to the technical field of rescue tools, in particular to a lifesaving hanging basket for a ship. A center rod; and the frame part is installed on the edge of the hanging basket bottom frame, and the frame part is provided with a plurality of sets of adjustable frame assemblies. According to the lifesaving hanging basket for the ship, the center rod is telescopic or foldable and can be disassembled, the frame assembly can be rotationally stored, the size can be greatly reduced when the lifesaving hanging basket is not used, the storage space of the ship is saved, and the lifesaving hanging basket is adaptive to the limited storage environment of the ship; anti-corrosion coatings are sprayed on a hanging basket bottom frame and metal parts, a grating net is made of metal or anti-corrosion synthetic fibers such as nylon ropes and polyester ropes, the hanging basket is precisely adaptive to the offshore high-salt and high-humidity environment, the service life of equipment is prolonged, and the maintenance cost is reduced; the protection assembly can be pressed downwards to form an opening, people falling into water with poor physical strength can conveniently enter, capacity expansion can be achieved by adjusting the connecting piece and the locking piece, and the requirement for multi-person material rescue is met.

The utility model belongs to the technical field of buoys, and discloses a portable water rescue life-saving buoy which comprises a strip-shaped buoy body. The two buoy bodies are arranged in parallel; turntables are fixed at one ends of the buoy bodies, and the central axes of the two turntables are arranged in parallel; rotating shafts which are coaxially arranged are rotationally connected to the rotating discs; the upper ends of the two rotating shafts are jointly connected with a shell sleeve, and the rotating shafts are fixedly connected with the shell sleeve. Locking assemblies are arranged between the shell sleeve and the two rotating discs, and the locking assemblies are used for locking or releasing rotation of the rotating discs; through the design of the expandable double-buoy body structure, the shape of the life-saving buoy can be flexibly adjusted according to rescue requirements, a rescue worker can rapidly rotate and unfold the two buoy bodies into a straight line shape, the life-saving worker can hold one section of the buoy bodies by hand, the other end of the buoy bodies extends to a person falling into water, and the life-saving buoy is convenient to use. The problem that in the prior art, a lifesaving buoy is prone to being flushed to be deflected by water flow in a lifesaving buoy throwing mode is solved, and a patient can conveniently and effectively grab the lifesaving buoy.

The utility model discloses a fast launching life-saving device for a ship, which comprises a mounting frame, one side of the mounting frame is an inclined plane, a throwing port is arranged at the top end of the mounting frame, an air storage tank is fixedly arranged on one side of the mounting frame, an air pump is fixedly arranged on one side of the air storage tank, and an electromagnetic valve is fixedly arranged on the inner wall of the throwing port. The surface of the electromagnetic valve is sleeved with an air outlet channel, throwing rails are arranged on the two sides of the inner wall of the throwing opening, and control assemblies are fixedly arranged on the top of the inner wall of the mounting frame. Through the power system and angle adjustment, the lifesaving device can achieve long-distance throwing, the laser sighting device and the angle adjusting mechanism are used in cooperation, rescue workers can accurately throw the lifesaving device to the position near a person falling into water, the success rate of rescue is greatly increased, and in actual rescue, even if the person falling into water is far away, the lifesaving device can be used for rescue. Rescue workers can quickly send life buoys or life jackets through accurate aiming and strong power, and precious rescue time is won for drowning people.

The invention belongs to the technical field of lifeboats, discloses a free-falling lifeboat model test method, and effectively solves the problem that the result is inaccurate when a wooden model is used for testing. Comprising the following steps: manufacturing a lifeboat model by glass fiber reinforced plastic according to a selected scale ratio; performing static calibration and dynamic calibration on the lifeboat model; carrying out a free falling test on the lifeboat model, measuring the impact acceleration of the lifeboat model falling into water, and measuring the water entering distance and the forward rushing distance of the lifeboat model; the method comprises the following steps: firstly, determining the angle of a landing slide way, preliminarily selecting an approved landing height and the length of the landing slide way, then respectively combining the weight distribution state and the initial landing state of a lifeboat model, then carrying out a free landing test, and finally determining the landing approved height, the landing slide way angle and the landing slide way length of the lifeboat. The acceleration test result is closer to the real boat test, and the accuracy is higher.

The utility model relates to a self-righting inflatable rubber boat and belongs to the technical field of rubber boats, the overall structure is simple, the anti-impact effect of a rubber boat main body is effectively improved, and compared with the prior art, the rubber boat main body can be prevented from rolling over after being impacted, a user is prevented from falling into water to be injured, and the service life of the rubber boat is prolonged. The rubber dinghy guarantees personal safety of a user, is high in use safety and good in practicability and comprises a rubber dinghy body. The two mounting plates are detachably connected to the outer wall of the rubber dinghy main body, three supporting rods are fixedly connected to the mounting plates, and the other ends of the three supporting rods are fixedly connected with a strip-shaped plate; the floating mat main bodies are detachably connected to the strip-shaped plates; and the two protection mechanisms are correspondingly arranged at the front end and the rear end of the rubber dinghy body correspondingly and used for conducting anti-collision protection operation on the rubber dinghy body, and each protection mechanism comprises four rubber connecting columns.

The utility model relates to a water surface rescue salvaging device for a helicopter, which belongs to the technical field of water surface rescue and comprises a main frame, a salvaging net mounted at the bottom of the main frame, a U-shaped notch formed in one side of the main frame and used for allowing people falling into water to enter, and a protection mechanism mounted in the U-shaped notch of the main frame. Through the U-shaped notch of the main frame, a person falling into water can be fished into the fishing net when the helicopter moves, and when the fishing device is separated from the water surface after fishing, the water absorption sponge which absorbs water and increases weight pulls the rotating rod in the U-shaped notch from a vertical state to a horizontal state through the connecting rope, so that the rotating rod can form a fence in the U-shaped notch, and the fishing device can be used for fishing the person falling into water. The flying posture of the helicopter is too large or a hung rope swings to fall into the water, the person falling into the water is not prone to being thrown out through the U-shaped notch, the safety performance of the device is improved, and therefore the fear of the person falling into the water in the transferring process is reduced.

The utility model provides a kind of water depth measuring device, including support seat and measuring component, and the horizontal support arm of support seat is inserted with extension arm, can be elongated in horizontal direction according to need, adjustment measuring position;Measuring component is connected with winding device by pull rope, and the lifting of measuring component can be realized by winding device, and it is convenient to recycle after measurement;Measuring component includes transparent tube, float and counterweight disc, counterweight disc is convenient for transparent tube to fall into water, the lower part of transparent tube is equipped with water-permeable hole, when measuring component is put into water, water enters transparent tube by water-permeable hole, float rises with the increasing water in transparent tube, float is red, the position of float can be seen through transparent tube, and water depth is read out corresponding to scale. Float floats in transparent tube, can prevent the interference of wave on water surface to measurement result, improve the precision of measurement, further reduce its measurement frequency.

The invention provides an externally-hung throwing lifeboat for water lifesaving, and relates to the field of water lifesaving equipment.The externally-hung throwing lifeboat comprises a lifeboat body, a bearing assembly and a linkage assembly, a rescue frame is arranged on the peripheral side of the lifeboat body, and surrounding plates are slidably matched with the outer walls of two side plates of the rescue frame; and when the two surrounding plates slide to the outermost side, a rescue channel is formed by the two surrounding plates and the two side plates of the rescue frame body, a pulling plate is arranged on the upper side between the two side plates of the rescue frame body in a sliding fit mode, movable grooves are outwards formed in the inner walls of the two side plates of the rescue frame body, and rotating grooves are outwards formed in the inner walls of the movable grooves. A complete auxiliary climbing system is constructed through cooperation of multiple assemblies, and rescue personnel do not need to directly drag the system. The unfolded step blocks form step-by-step climbing support, the bearing plate provides a stable foot stress point, the coaming grabs the handle and the pull rope to lift assistance to form hand and waist dual assistance, a person falling into water can gradually get on a ship by means of self strength in cooperation with an auxiliary structure, and physical output of rescue personnel is reduced.

The invention belongs to the technical field of rescue equipment, and particularly relates to an inner diameter adjustable flight lifesaving device.A flight life buoy active rescue mechanism comprises a shell, a first cavity and a second cavity are formed in the shell, and the second cavity is located in the first cavity; and an annular notch is formed in the upper end of the inner side wall of the second cavity, a plurality of avoiding clamping grooves are evenly formed in the lower end of the interior of the second cavity, and an adjusting bottom plate is assembled at the lower end of the interior of the second cavity. After a person falling into water wears the device, buoyancy support is provided for the person falling into water through the shell, and the bottom surface of the second capsule film moves under the buoyancy effect and promotes the first capsule film to expand, so that the first capsule film extends out from the interior of the annular notch and is attached to the trunk of the person falling into water; through cooperation of the deformed and expanded first capsule membrane and the shell, surrounding constraining force and distributed balanced buoyancy are provided for people falling into water, so that the device can be suitable for people falling into water with different figures.

The invention discloses a bionic multi-purpose offshore unmanned rescue ship for mayfly naiad. The ship comprises a ship body, a driving device, an energy system, a lifting device, a positioning sensing system and bionic mayfly naiad legs. Wherein the lifting device comprises a steel cable, a steel wire mesh, a pulley and a motor driving unit; the bionic mayfly naiad of the offshore unmanned rescue ship adopts a modularized hemispherical floating body structure, and a main body part is designed to be free of water immersion. The driving device adopts a pneumatic propelling system, so that a person falling into water is prevented from being hurt by a traditional propeller; the positioning sensing system integrates a GPS module and a machine vision positioning technology, and provides support for rescue path planning and personnel detection. The solar array panel can supply power to the battery; through cooperative work of all the assemblies, the personnel falling into water without action ability can be rapidly and accurately positioned and safely rescued, and the offshore rescue efficiency and safety are effectively improved.

The utility model provides a luminous heating warm-keeping life jacket, which relates to the technical field of life jackets, and comprises a vest, one side of the vest is provided with a bandage, one side of the vest is provided with a flashing light, one side of the vest is provided with a controller, and the controller is connected with the vest. One side of the vest is provided with an auxiliary device capable of rapidly pulling a person falling into water away from the bank back to the bank, the side, close to the flashing light, of the vest is provided with a protection device for preventing an external object from colliding with the flashing light and damaging the flashing light, the auxiliary device comprises a cylinder, and the cylinder is fixedly connected with the vest. According to the invention, rescue personnel can rescue people falling into water away from the shore within the fastest time, so that the situation that the rescue personnel cannot rescue the people falling into water within the fastest time due to the fact that the people falling into water are far away from the shore, the people falling into water are soaked in water for a long time, and the safety of the people falling into water is influenced is reduced; and the rescue efficiency and convenience of people falling into water are improved.

The application provides a ship water area personnel falling into water detection method based on dual-spectrum fusion, improves YOLOv11, adds visible light and infrared dual-input branches, Cat-BiFPN dynamic feature fusion, CBAM attention mechanism and EIoU loss function optimization, constructs a ship water area personnel falling into water detection model, and trains the model, so that the trained model is used for detecting ship water area personnel falling into water.The beneficial effects of the application are as follows: effectively solving the problems of ship water area personnel falling into water shielding, small target detection and complex background interference, significantly improving the detection accuracy in low light, fog, sailing and other harsh scenes, reducing the missed detection and false detection rate, and the dual-spectrum complementary characteristics are more suitable for the complex environment of ship water area.Meanwhile, the device can also self-check and dynamically warn the target, which not only ensures the good operation of the device, but also quickly obtains the personnel falling into water position, environmental parameters and rescue guidance.

The invention provides a multi-sensor fusion falling-into-water monitoring method, system and device and a storage medium, a water sensor, a real-time positioning module and a gyroscope respectively collect data from three dimensions of falling-into-water, falling-into-water area and falling-into-water speed, a multi-modal data closed loop is formed, core indexes of falling-into-water monitoring are fully covered, and the accuracy of falling-into-water monitoring is improved. The water falling categories are classified, and monitoring is more comprehensive and accurate compared with monitoring of a single sensor; through multi-signal cross validation, states such as falling-into-water false alarm and the like are effectively resisted; the three sensors are small in size, can be integrated into a certain intelligent device, are non-inductive to carry, improve the use comfort and compliance of a user, are suitable for old people with weak physical strength, and can continuously monitor the safety state for a long time; multi-sensor fusion has a data redundancy design, when a certain sensor breaks down or is interfered, data of other sensors can still maintain a basic falling-into-water monitoring function, monitoring continuity and reliability are guaranteed, and monitoring interruption caused by the problem of a single sensor is avoided.

The application is particularly a sea surface rescue steering control system and a working method thereof, which acquires a steering deviation through a processor module, judges a PID mode according to the steering deviation, matches a corresponding initial compensation angle according to the number of overmodulation when the PID is in an overmodulation mode, acquires a final compensation angle, calculates a proportional term and a differential term in real time according to the initial compensation angle or the final compensation angle to acquire an adjusted PID output, adjusts left and right motors of a rescue device according to the adjusted PID output, corrects the proportional term according to the number of critical overmodulation when the PID is in a critical overmodulation mode, acquires a corrected PID output according to the corrected proportional term, adjusts the left and right motors of the rescue device according to the corrected PID output, and thus accurate control of the rescue device is realized, so that the rescue device can accurately reach a person falling into water to rescue the person falling into water.

The invention belongs to the technical field of ship auxiliary equipment, and particularly relates to a ship lifesaving device for people falling into water, the ship lifesaving device comprises a main hull, adjusting mechanisms and a lifeboat, the adjusting mechanisms are symmetrically arranged on the upper edges of the left and right ends of the main hull, and the lifeboat is movably arranged above the adjusting mechanisms. After the main hull gets close to a person falling into water, a rotating motor drives a rotating frame to rotate by 90 degrees, meanwhile, a hydraulic push rod pushes the rotating frame to rotate downwards, a winding motor controls a winding roller to release a traction mooring rope, the lifeboat slides to the water surface along a limiting groove, a limiting ball is separated from the limiting groove, and releasing of the lifeboat is completed; the lifeboat is pulled back to the rotating frame, then the hydraulic push rod drives the rotating frame to rotate back to the horizontal position, the rotating motor drives the rotating frame to rotate by 90 degrees, a person falling into water enters the main hull, safe rescue of the person falling into water is achieved, and the lifeboat is safer and more stable compared with a traditional mode that the lifeboat is released through a hoisting device.

The utility model belongs to the technical field of fire-fighting speedboats, and particularly relates to a speedboat with rescue and fire-fighting functions, which comprises a speedboat body. A supporting mechanism is arranged on the tail side of the speed boat body, and an auxiliary assembly is arranged on the tail side of the speed boat body. A rescue assembly is arranged on the side, close to the supporting mechanism, of the speedboat body, and an inflation mechanism is arranged on the side, close to the supporting mechanism, of the speedboat body. A protection mechanism is arranged at the top of the yacht body, and a fire protection assembly is arranged on the side, away from the supporting mechanism, of the top of the yacht body; the supporting mechanism comprises floating piles, protective fences and grooves, the floating piles can provide sufficient buoyancy for the tail of the speed boat body through the arrangement of the floating piles, the protective fences and the grooves, and the situation that after the wounded is treated, the speed boat body inclines due to center deviation is prevented; the protective guard can provide a protection function for the person falling into water and prevent the wounded person from falling into water for the second time, and the groove can provide a space for the wounded person to place hands.

The invention discloses a drowning personnel risk assessment method based on unmanned ship multi-modal information fusion. According to the method, rapid detection and accurate identification of a water surface target are realized through visual, infrared, sound and environment multi-channel collaborative perception by using a single-stage depth target detection network integrating selective contrast limited adaptive histogram equalization, variable kernel convolution and a region weighting mechanism; calculating a risk score and grading by adopting an analytic hierarchy process and combining with a data driving weight; and controlling the unmanned rescue ship to execute responses such as observation, approaching, alarming or path planning according to the grade. According to the invention, accurate identification and risk assessment of people falling into water can be realized in a complex water area environment, and the rescue efficiency and reliability are improved.

The utility model relates to the technical field of water rescue, disclose a kind of water fast rescue device, comprising: frame body, flight component, ship row component, multiple groups of rescue component and remote control component;Through flight drive device drive propeller rotation makes rescue device can low altitude flight;Floating body can make rescue device float on water surface, and ship row drive device drives rescue device to move on water;Rescue component primary release mechanism starts to make rescue equipment separate from frame body, but still be connected with secondary release mechanism by connecting cable, and then start secondary release mechanism to realize that rescue equipment is completely separated from rescue device;Remote control component can realize the remote control of rescue device.The utility model can directly drag the person into the bank after releasing rescue equipment to the person falling into water by primary release mechanism when only one person falls into water.Multiple people can be released rescue equipment to each person falling into water first to realize the rescue of multiple people.

The invention relates to the technical field of communication, and provides a sea rescue system, method and device, a storage medium and a program product, and the system comprises the steps: a notification terminal is started when falling into water and sends alarm information to a channel device; wherein a power supply management unit in the notification terminal supplies power to a control unit when detecting that a connected induction electrode meets water; after the control unit in the notification terminal is powered on, alarm information is sent to the channel equipment when the connected induction electrode is detected to meet water. The channel device reports the alarm information to a scheduling platform; the scheduling platform generates a rescue scheme based on the alarm information and the state information of the unmanned search and rescue equipment, and issues a control instruction of the unmanned search and rescue equipment to the channel equipment based on the rescue scheme; the channel device also issues the control instruction to the corresponding unmanned search and rescue device; and the unmanned search and rescue equipment carries out search and rescue of personnel corresponding to the terminal based on the control instruction. According to the invention, the efficiency of sea rescue can be effectively improved on the basis of avoiding false alarm.

The invention discloses a lifting rescue device for river ferry, and relates to the field of lifting rescue, the lifting rescue device comprises an ejection pipe, one side of the ejection pipe is fixedly connected with a rope collecting box, a rescue rope ejection mechanism is arranged in the ejection pipe and used for ejecting a rescue rope, a rope collecting mechanism is arranged in the rope collecting box, and the rope collecting mechanism is used for collecting the rescue rope. According to the lifting rescue equipment for the river ferry, long-distance delivery of the rescue rope and the rescue device can be achieved through cooperation of the unique rescue rope ejection mechanism and the rope collecting mechanism, the design breaks through limitation of a traditional rescue mode on the distance, and emergency rescue can be conducted on people falling into water from a long distance. Moreover, compared with manual throwing, the catapulting mode can more accurately and easily send rescue equipment to a target position, the timeliness and success rate of rescue are improved, more survival time is won for people falling into water, meanwhile, the catapulting mode is more convenient to use, meanwhile, through threaded connection between the catapulting pipe and the rope collecting box, the rescue rope in the rope collecting box is convenient to replace, and the rescue efficiency is improved. And the use of a user is facilitated.

The utility model discloses an alarm system and device for offshore operation personnel falling into water, and relates to the field of automatic detection. The system comprises a water falling detection circuit, a control circuit and an alarm circuit, the falling-into-water detection circuit is connected with the control circuit and is used for detecting the content of water particles entering the sensor and the airflow state to judge whether a person falling-into-water event occurs or not and outputting a falling-into-water detection signal to be transmitted to the control circuit; the control circuit is connected with the alarm circuit, the control circuit is used for receiving the water falling detection signal, and the alarm circuit carries out voice reminding when the characteristic value of the water falling detection signal exceeds a preset value. The system solves the problems of low water falling detection efficiency and single alarm in the prior art, achieves the detection of a water falling event through the monitoring of the content of particles in the water body and the air flow state in the sensor, gives out help to rescue workers through the key alarm module, voice prompt and position feedback, and improves the intelligent level of a water falling alarm system.

The utility model discloses a filtering device based on an underwater biological filtering bed, and particularly relates to the technical field of filtering devices. A limiting piece for positioning and fixing is arranged at the bottom of the filtering piece; and the limiting piece comprises two supporting plates installed at the top of the filtering piece, a winding shaft movably connected through a rotating shaft is installed between the two supporting plates, and a water pipe is wound around the outer portion of the winding shaft. The servo motor drives the winding shaft to rotate, so that the winding shaft can wind and release the water pipe, the water bag can fall into water through the counterweight plate when the water pipe is released, and then the first water pump conveys the water into the water bag to increase the weight or pumps the water out to reduce the weight. Therefore, the effects of limiting, fixing and convenient displacement of the filter bed can be achieved, the overall structure is easy and convenient to operate, the operation efficiency of workers can be effectively improved, the situation that the workers operate in water can be avoided, and safety accidents occur is avoided.

The invention discloses an unmanned aerial vehicle-based personnel falling-into-water intelligent identification and automatic throwing lifesaving method, which comprises the following steps: acquiring a water area image acquired by an unmanned aerial vehicle, and carrying out real-time detection on a falling-into-water person on the water area image to obtain pixel coordinate data of the falling-into-water person; based on the position coordinate data of the unmanned aerial vehicle and the pixel coordinate data of the personnel falling into water, obtaining three-dimensional geographic coordinate data of the personnel falling into water; on the basis of the three-dimensional geographic coordinate data and the real-time environment information of the drowning person, predicting the putting position of the lifesaving device to obtain a target putting position; and based on the target putting position, controlling the unmanned aerial vehicle to put the lifesaving device to the position of the drowning person. According to the method, the falling position of the person can be automatically identified and positioned in real time, and the unmanned aerial vehicle autonomously completes accurate throwing of the lifesaving device, so that the rescue response time is shortened, manual operation dependence is reduced, and the rescue intelligence and success rate are improved.

The utility model relates to a kind of multifunctional rescue net, comprising: net body, the side of net body can be hung in the ship side;Multiple traction ropes, multiple traction ropes are set in the other side of net body;In rescue state, traction rope force can pull the other side end of net body to move, net body is curled to form arc rescue space, arc rescue space can accommodate the person falling into water.The utility model a kind of multifunctional rescue net, through the net body of vertical arrangement, can let the person falling into water with body can independently climb and escape from trouble, when needing to rescue the person falling into water from water without independent activity, need to be through the traction rope that force is pulled to curl net body to form arc rescue space, to accommodate the person falling into water, traction rope is tensioned after force, can lift net body and the person falling into water inside, help to escape from trouble, improve rescue efficiency, manually operated, can reduce the influence of power or system failure.

The invention discloses a drowning buoy device for an unmanned aerial vehicle. The drowning buoy device comprises a buoy body, a triggering structure, a buoy unit and a connecting piece. The buoy body is arranged on the unmanned aerial vehicle or forms a part of an unmanned aerial vehicle body and is used for storing and releasing the buoy unit. The triggering structure is triggered when the unmanned aerial vehicle falls into water, so that the buoy unit is released or floats upwards and keeps communicating with the unmanned aerial vehicle through the connecting piece, and the falling position is marked on the water surface. The device is simple in structure and reliable in triggering, can adapt to different unmanned aerial vehicle layouts, and has good practical value.

The invention particularly relates to a sea surface rescue steering control system and a working method thereof, steering deviation is obtained through a processor module, a PID mode is judged according to the steering deviation, a corresponding initial compensation angle is matched according to the number of overshoot times when PID is in an overshoot mode, and a final compensation angle is obtained. Calculating a proportional item and a differential item in real time according to the initial compensation angle or the final compensation angle so as to obtain adjusted PID output, and adjusting a left motor and a right motor of the rescue equipment according to the adjusted PID output; and when the PID is in the critical overshoot mode, the proportional item is corrected according to the critical overshoot frequency, the corrected PID output is obtained according to the corrected proportional item, and the left motor and the right motor of the rescue equipment are adjusted according to the corrected PID output, so that accurate control of the rescue equipment is realized. Therefore, the rescue equipment can accurately arrive at the personnel falling into water to rescue the personnel falling into water.

The utility model relates to the technical field of rescue buoy fixing devices, in particular to a ship drowning personnel rescue buoy fixing device which comprises a ship body, a guardrail is installed and connected to the upper end of the ship body, an installation plate is movably connected to the guardrail, and a plurality of hooking devices are fixedly connected to the right end of the installation plate. And the plurality of hanging devices are movably connected with buoy bodies. According to the fixing device for the rescue buoy for the personnel falling into the ship, a plurality of hooking devices are arranged at the right end of the mounting plate, the poking piece is poked to drive the limiting block to slide in the baffle, the end of the limiting block retreats from the clamping groove formed in the hooking piece while the limiting block slides, limiting on the baffle is relieved, the angle of the baffle can be adjusted, and therefore the rescue buoy can be used for rescue of the personnel falling into the ship. And therefore, the buoy body hung in the hanging piece is taken out, the taking efficiency is high, and people falling into water can be conveniently rescued.

The utility model provides an inflatable self-heating life jacket, which relates to the field of life jackets, and comprises a life jacket main body, after a user wears the life jacket main body in a water entertainment project, a binding rope on one side can be bound, and then the life jacket main body can be put on; then one end of the binding belt penetrating into the inner wall of the U-shaped block is inserted into the inner wall of the square through block, so that the limiting plate is firstly extruded and pushed to rotate towards one end, the torsional spring is driven to deform, one end of the binding belt can conveniently penetrate through, and meanwhile, when the limiting plate meets the clamping groove, the torsional spring can drive the limiting plate to reset and be clamped into the inner wall of the clamping groove; the binding belt can only move towards one end in the square tube to be tightened and then limited and fixed, so that adjustment can be carried out according to the figure of a wearer, the life jacket body can be tightly attached to the body of the wearer, the situation that the life jacket body falls off from the body after the wearer falls into water due to improper wearing is avoided, and the applicability of the life jacket body is improved; use is convenient, and the protection effect is improved.

The invention discloses a life buoy and a quick release device, and relates to the technical field of ship lifesaving appliances, the life buoy comprises a ship body and a release channel fixed on the side edge of the ship body, and further comprises a life buoy; the rotating assembly is arranged on the outer wall of the life buoy body and is used for enabling the life buoy body to rotate and be released in the release channel while being dragged by the rope; the traction mechanism is arranged at the end, close to the ship body, of the release channel and used for conveniently adjusting the distance or retracting the life buoy body after releasing the life buoy body; and the quick release mechanism is arranged on one side of the release channel and used for enabling the life buoy body to be quickly released in a rolling mode so as to increase the throwing distance, the life buoy is provided with the rotating assembly, the traction mechanism and the quick release mechanism, and the life buoy body can longitudinally roll on the water surface in the direction of a person falling into water; the life buoy body has a certain wind breaking effect when longitudinally rolling on the water surface, the wind resistance borne by the life buoy body is small, and therefore the throwing distance of the life buoy body can be increased.