80results about "Life-saving" patented technology

This invention belongs to the technical field of water rescue equipment, specifically providing a water rescue inflatable device with an automatic alarm function. It consists of an airbag, a strap connecting the airbags, and a main unit fixed to the strap. The device uses a trigger assembly in conjunction with an electromagnet to release a spring shaft, driving the main gear and secondary gear to mesh and rotate. This drives a rotating light shield to emit a flashing signal from a high-brightness LED and activate the alarm. A water-soluble sheet dissolves and releases the elasticity of the inflation spring, pushing a puncture needle to puncture the inflation cylinder, allowing gas to flow through a diversion cap into the airbag for inflation, simultaneously activating the diving whistle. This device integrates early audible and visual alarms, attitude sensing triggering, mechanical flashing, and pneumatic backup alarms, effectively solving the problems of existing life-saving equipment having a single alarm method, lacking early active alarms, and lacking dual protection mechanisms.

A lifesaving handle system for a watercraft surface such as, but not limited to, a boat hull. The handle system remains attached to an exterior surface of a watercraft hull when the watercraft is upright (i.e., when it is not capsized) such as when it is flowing on a body of water in normal operation. The handle may be rotatably attached to a hinge attachment such that when the boat is upright, as in non-capsized operation, the handle hangs vertically and is not within the flow of water passing along and around the watercraft hull when the boat is motivated on a body of water; and when the boat is overturned or capsized, the handle rotates out from the watercraft hull under the force of gravity such that the grip handle is presented to a person in the water.

This utility model discloses a novel rescue boat, relating to the field of rescue boat technology, aiming to provide a novel rescue boat that facilitates self-climbing by rescued personnel. It includes a hull, a climbing ladder, and auxiliary components. The climbing ladder is fixed to one side of the hull for rescued personnel to climb. A receiving cavity is provided near the bottom of the hull, and the auxiliary components are retractably placed within the receiving cavity. The auxiliary components include a fixed frame and multiple telescopic frames placed within the fixed frame. Climbing handles are fixed on each of the multiple telescopic frames. Rescued personnel can move along the auxiliary components extending from the hull to a position near the hull and can climb onto the climbing frames by stepping on the auxiliary components. During the entire climbing process, there are multiple auxiliary support points for the rescued personnel, making climbing relatively effortless.

The application relates to the technical field of underwater salvage technology and discloses a universal underwater salvage device which comprises a fixed base, a salvage module and a safety pin, a through hole is arranged on the fixed base; the salvage module comprises a salvage hook, an anti-falling pawl and a buoyancy compensation cylinder; the salvage hook comprises a connecting part and a hook part connected with the connecting part; the connecting part is arranged through the through hole of the fixed base, the end of the connecting part protrudes from the end surface of the fixed base, and the safety pin is arranged on the end of the connecting part for limiting; the buoyancy compensation cylinder penetrates the side wall of the fixed base and is connected with the connecting part; the anti-falling pawl which faces the hook part is movably arranged on the connecting part, and a limiting hole is formed between the anti-falling pawl and the hook part. The universal underwater salvage device is used for completing a rescue task in cooperation with an underwater robot, has the searching and positioning capability in the rescue work, has the salvage implementation function by itself, has the simple overall structure, the salvage work is reliable, and the universal underwater salvage device is easy to realize.

This utility model provides a salvage plate structure for an active water rescue robot, belonging to the technical field of water rescue equipment. It includes a split salvage plate, with a grid plate at the top and a support frame at the bottom. Each support frame has a receiving interface on both the left and right sides at its front end. Each receiving interface has a plug-in block on the side furthest from the salvage plate. The receiving interface and the plug-in block are connected and fixed by bolts. A connecting component is provided on the side of the plug-in block furthest from the salvage plate. A protective strip is provided on the side of the connecting component furthest from the salvage plate. This utility model connects the salvage plate to the protective strip through the connecting component, thereby fixing the protective strip to the front end of the salvage plate. When rescuing a person who has fallen into the water, the protective strip will contact the person first, thus avoiding initial contact between the person and the salvage plate and preventing secondary injury to the person.

A life jacket formed from a shell defining an interior air chamber in the shape of a conventional life jacket. The shell includes a neck opening configured to position a lower section of the shell against a front torso of a user and an upper section of the shell behind a head of the user. A reusable seal is coupled to the upper section of the shell and is operable to selectively open and close access to the interior air chamber. A fastening assembly secures the seal in a fixed closed position. An attachment strap is coupled to the lower section of the shell and is configured to wrap around the torso of the user to secure the shell in place. The life jacket is movable between a deflated condition. When deflated the shell may be folded or rolled into a compact configuration for storage. When inflated, the reusable seal traps air within the interior air chamber and the upper section of the shell is rolled at least two turns and secured by the fastening assembly to prevent unrolling and to compress the trapped air, thereby maintaining buoyancy of the life jacket.

The present application relates to the technical field of seawater desalination, in particular to a reverse osmosis membrane emergency seawater desalination device, comprising a water bag and an air bag, the water bag has opposite first and second fixed ends, the water bag can be compressed along the arrangement direction of the two fixed ends, the first fixed end of the water bag is provided with a holding part for the hand of a user to hold or a fixing part suitable for being fixed to a body part of the user, the water bag is provided with a fresh water inlet and a fresh water outlet, the fresh water inlet is covered with a reverse osmosis membrane, and the fresh water outlet is provided with a first one-way valve; the air bag is fixedly connected to the second fixed end of the water bag through a connecting structure. The seawater desalination function and the life-saving air bag function are organically combined, so that the air bag provides buoyancy for a person falling into the water at the same time, a pressure difference is formed by stretching the water bag to provide power for the seawater desalination process of the reverse osmosis membrane, the desalination efficiency is effectively improved, fresh water is provided for the person falling into the water in time, and the survival probability and operation convenience of the person falling into the water are improved.

This invention provides an emergency decompression and isolation device for underwater construction, belonging to the field of underwater construction technology. The device includes a slide rail and an escape capsule. A slider is installed on the outer circumference of the escape capsule, which is slidably connected to the slide rail via the slider. When a diver encounters a sudden danger underwater, surface personnel can remotely control the control panel via an external communication system. The control panel opens the first electronic valve, and simultaneously, the compressor increases the air pressure to regulate the air pressure inside the capsule, thereby driving the transmission component to move downwards within the arc-shaped groove. The transmission component drives the buoyancy component to expel water from the storage chamber, allowing the escape capsule to surface. The diver can then ascend to the surface via the escape capsule, reducing the diver's physical exertion.

This utility model provides a multifunctional floating platform for fire and water rescue, belonging to the field of emergency rescue equipment technology. It addresses the problem that existing methods require breaking ice while approaching trapped personnel, which is cumbersome and affects rescue efficiency. The platform includes a main body, a rescue anti-slip mat, an anti-capsulation hull, a multifunctional rescue mechanism, and a rescue conversion mechanism. The rescue anti-slip mat is fixedly connected to the top of the main body. The marking drive box is fixedly connected to the upper rear end of the rescue anti-slip mat. The anti-capsulation hulls are fixedly connected to the lower left and right sides of the main body. Rescue limiting blocks are fixedly connected to the lower part of the anti-capsulation hull. The multifunctional rescue mechanism is located on the outside of the main body. The rescue conversion mechanism is located below the anti-capsulation hull, allowing for rapid assembly and eliminating the need to break ice while approaching or to navigate the ice surface before inflating the platform, thus simplifying the pre-rescue preparation process.

The present application belongs to the technical field of ship lifesaving equipment, and relates to a ship lifesaving equipment storage system and a control method. The system comprises a cabinet body fixedly installed in a cabin of a ship and provided with an access opening at the front side, a cabinet door opened when receiving a dispersing trigger signal, a storage mechanism arranged in the cabinet body for accommodating lifesaving equipment, an access detection device arranged on the cabinet body for detecting the in-place state of the lifesaving equipment and obtaining remaining quantity information, an image acquisition device arranged at the front edge of the top of the cabinet body for collecting images of personnel in a preset detection area in front and obtaining personnel state parameters according to the images, an information output device arranged on the outer surface of the cabinet body for presenting information to dispersing personnel and crew, and a controller connected with the above-mentioned devices respectively for jointly determining the remaining quantity information and the personnel state parameters and driving the information output device to output inventory state information and dispersing guide information. The present application significantly improves the efficiency and safety of ship emergency dispersing.

The application relates to the technical field of ocean inflatable life-saving equipment, in particular to an inflatable boat with a split quick-release air supply device, which comprises a main boat body composed of a flexible inflatable air bag and a main air tank filled with high-pressure gas. The inflatable boat with the split quick-release air supply device is designed in a split type of the driving unit and the boat body, daily storage is facilitated, the boat body is conveniently folded and stored, and normal use is not affected; the split type design facilitates daily maintenance and detection, and reduces the maintenance difficulty and cost in the later period; the quick-release screw type design facilitates assembly before use, and operation is very simple; the detachable structure design can detach and discard the main air tank after inflation, thereby enhancing the loadable gravity of the inflatable boat; the externally-hung side-mounted inflatable life jacket can inflate the personal life-saving equipment of the passenger synchronously, and separation is facilitated, and safety is greatly improved.

This utility model provides a modular inflatable swimming ring, relating to the field of swimming rings. The modular inflatable swimming ring includes a first ring body, with a soft strap fixedly connected to the right side of the first ring body. A connecting frame is fixedly connected to the right end of the soft strap, and a connecting strap is wrapped around the surface of the connecting frame. A second ring body is fixedly connected to the right end of the connecting strap. This modular inflatable swimming ring, through the cooperation of the soft strap, connecting frame, connecting strap, locking ring, plush layer, and barbed layer, facilitates the combination of two swimming rings, allowing adults and children to play in the water simultaneously, and enabling timely rescue in case of drowning. The combination of the contraction ring and rubber strip allows the swimming ring for children to be locked tightly against their chest, increasing the swimming ring's stability. This solves the problem that swimming rings are generally used individually and are not easy to combine, making it easy for children to drown if they detach from the swimming ring while playing alone.

The application discloses a kind of intelligent handheld electromagnetic lifesaving throwers, belong to emergency lifesaving equipment technical field, the present application aims at solving the problems of existing handheld electromagnetic thrower circuit complexity, low energy efficiency, insufficient projection distance and inaccurate control. Multi-stage electromagnetic coil is driven by single switch tube energy recovery topology, integrated inclination sensor and display screen real-time display elevation, and the number of turns on of coil is controlled by gear selection to achieve fixed-distance projection. The application realizes circuit simplification, energy efficient recovery, projection distance exceeding 80 meters and accurate and intuitive operation, and is mainly used for long-distance lifesaving equipment delivery in water area, mountainous area and other scenes.

The application relates to the technical field of emergency rescue, and discloses an underwater emergency rescue device, which comprises a helmet main body and a satellite positioning device, further comprises a floating assembly detachably installed on the helmet main body, the satellite positioning device is fixedly installed in the floating assembly, and the helmet main body and the floating assembly are connected through a cable; the floating assembly comprises a protective cover which is covered on the top of the helmet main body, an air bag which is accommodated in the protective cover, and a high-pressure gas cylinder which is installed in the protective cover and can inflate the air bag; an annular mounting table is arranged on the outer side wall of the helmet main body, and the bottom of the outer wall of the protective cover is formed with an annular connecting plate matched with the mounting table; a locking mechanism is further arranged between the protective cover and the helmet main body, and an ejection assembly which can eject the floating assembly to separate is further arranged on the helmet main body. The problems of difficult positioning, lack of effective buoyancy and self-help means caused by the fact that the person falling into water does not wear a life jacket in the prior art are solved.

The application discloses a node transition cabin device for quickly setting up a high-pressure cabin group, which comprises a high-pressure air cabin, a treatment cabin and a floating connecting mechanism for connecting the high-pressure air cabin and the treatment cabin. The high-pressure air cabin is arranged in a module frame through a plurality of supporting legs. A butt joint corner piece is arranged on the corner of the module frame. Three butt joint channels and one emergency channel are arranged in the horizontal direction around the high-pressure air cabin. One butt joint channel is arranged on the treatment cabin. The floating connecting mechanism comprises a spherical floating head channel which is movably connected with the butt joint channel, a pressing ring for pressing the spherical floating head channel, a locking mechanism for connecting the two spherical floating head channels, and a sealing assembly arranged on the outer wall of the spherical floating head channel. The floating head type butt joint channel is adopted, the channel and the high-pressure cabin are movably connected through a spherical contact surface, and the channel is allowed to freely deflect and swing within a certain range, so that the positioning deviation of the container corner piece is compensated.

An emergency alert assembly for alerting people to a drowning or other emergency near an individual wearing the apparatus includes a belt and an alert device attached to the belt. The alert device includes a balloon and a gas tank which selectively fills the balloon with gas that is less dense than air. When filled with the gas, the balloon moves out of the housing and serves to indicate a location of an emergency such as a drowning.

The present invention relates generally to the field of snowmobiles and other recreational devices. More specifically, the present invention relates to a snowmobile emergency flotation device. The device is primarily comprised of a body having at least one door and at least one inflatable air bag contained therein. The device can be secured to the front ski and / or running board of a snowmobile. The device is further comprised of at least one water sensor that automatically activates the air bag such that the air bag extends outwards from the body and inflates when the water sensor is submerged. The air bag may also be activated by a manual switch. Once inflated, the air bag prevents the snowmobile the device is attached to from sinking into a body of water.

The application discloses a lifesaving buoy with self-generating light signal, and belongs to the technical field of emergency lifesaving in water. The lifesaving buoy with self-generating light signal comprises a storage buoy for storing materials, the storage buoy is arranged in a hemispherical shape, and a bottom sealing disc for sealing is fixedly connected to the bottom position of the storage buoy through bolts and nuts. Through the cooperative design of the press-type generator and the LED lamp strip, the self-generating light signal function is realized, the external power supply or the disposable battery is not needed, the light signal is stable and persistent in an emergency, and the problem of insufficient signal indication of traditional lifesaving equipment without power supply is effectively solved.

The application provides a splicing device for inflatable life rafts, which comprises a bottom plate, a connecting assembly is arranged on the center line of the bottom plate, the bottom plate can be connected with two inflatable life rafts through the connecting assembly, and the two inflatable life rafts are symmetrically arranged relative to the center line of the bottom plate. The splicing device can be installed in each direction of the inflatable life raft, one splicing device can realize the connection of two inflatable life rafts, and multiple splicing devices can realize the splicing of multiple inflatable life rafts. After the splicing of the multiple inflatable life rafts, the inflatable life rafts can pull each other, the wind and wave resistance is high, and the overturning risk is greatly reduced.

The utility model belongs to life-saving equipment technical field, specifically disclose a kind of modularization pump spray propeller and lifesaving equipment.The utility model's modularization pump spray propeller, impeller of propeller operates in the uniform flow field in fairing, can effectively utilize inflow ram, so that it can better improve anti-cavitation performance at high speed, reach higher propelling efficiency, and not susceptible to water flow condition and sailing speed influence;The motor speed of propeller is changed by electronic speed regulator, to change the water velocity of fairing water outlet jet, and then the propelling force of propeller can be quickly changed;The motor speed of lifesaving equipment two sides propeller is changed by electronic speed regulator, to change the water velocity of two sides fairing water outlet jet and produce speed difference, that is, the quick steering of lifesaving equipment can be realized;Even if lifesaving equipment overturns, because the upper end and lower end of lifesaving equipment stern are all provided with propeller, the normal propelling use of lifesaving equipment is not affected.

This invention discloses a walking trousers for deep, still water areas, consisting of an inflatable waistband, trouser legs, and two sealed shoe bodies. The inflatable waistband is made of a soft tubular material, with a streamlined front end and a semi-circular rear end. It contains a closed air storage chamber with a circumference equal to that of the waist, and an air valve with a valve core is installed on the outer wall for stable pressure maintenance and rapid deflation. The upper part of the trouser legs is cylindrical and sealed to the waistband, while the lower part of the trouser legs is detachable and sealed to the shoe bodies. The shoe bodies have paddling aids installed in the forefoot and heel, consisting of a perforated resistance plate and a bidirectional oscillating water-resistant membrane. During paddling, the resistance difference is converted into propulsion power. This invention provides stable buoyancy, low water resistance, waterproof sealing, convenient inflation and deflation, and easy storage and carrying. It enables autonomous walking in deep, still water areas and is suitable for scenarios such as fishing, harvesting, and sightseeing on the water surface. It is safe, reliable, and highly practical.

The utility model discloses a drowning prevention strap which comprises a second strap body, a first strap body and a third strap body, the third strap body is connected with the first strap body and the second strap body, a first air bag is arranged in the first strap body, and a second air bag is arranged in the second strap body. A first alarm buzzer and a first silica gel one-way air valve are positioned in the middle of the first strap body, and a first air valve body is installed at the lower end of the first strap body. According to the anti-drowning strap, the buzzing device can not only give an alarm to attract attention of passersby, but also can remind and wake up a flurry and coma drowning person, and the automatic inflation device and the manual inflation device adopt double insurance, so that the anti-drowning strap is higher in practicability, greatly increases the rescue probability of the drowning person, and is convenient to use. And compared with the traditional waistcoat and waistband design, the multifunctional waistband is more convenient to wear due to the adjustable length of the straps and the elasticity of the straps.

A watercraft includes a steering unit, a rudder unit, a transmission unit configured to connect the steering unit and the rudder unit and mechanically transmit an input operation on the steering unit to the rudder unit, a drive unit configured to operate the rudder unit without any need of an input operation on the steering unit, and a watercraft control device for controlling the drive unit.

A life boat 1 is disclosed comprising a hull 5, a propulsion system 2, and a conning system. The hull has an open or openable bow 12, a fore deck 4 and a powered recovery ramp 22 installed in or on the fore deck for deployment forwards of the bow for recovery of a casualty ahead of the bow of the life boat. The life boat 1 may be unmanned and able to draw a survivor up on the recovery ramp and into the relative safety of the rescue deck area of the fore deck without human assistance. The life boat 1 may include a cabin area 6 where the survivor can be given more protection from the environment.