308results about "Cast lines" patented technology

A crew overboard self rescue device including a tether and an ascension device. The tether has attachment loops for the ascension device disposed along its length. The ascension device includes a flexible strap with attached footholds and an attachment to the tether. The tether is attached between a hard point on a watercraft and a harness worn by the crew. The ascension device is stowed in a container such as a fanny pack worn by the crew. In a crew overboard situation, the crew retrieves the ascension device from the container, attaches the ascension device to one of the attachment loops disposed on the tether, and using the footholds, climbs the ascension device while stabilizing his upper torso by grasping the tether.

FIG. 7 shows an air cannon system loaded with a launch canister containing a prop-fouler. A pressure vessel (28) contains an inlet including a poppet valve (100) that, upon command, can be selectively placed in either a one-way flow position to permit charging of the pressure vessel or otherwise opened to trigger rapid discharge through pressure equalization with the ambient environment. The air cannon may include multiple splayed barrels or a single barrel (158). A launch canister (202), realized in the form of a tube, has a driving plate (350) that closes an end of the launch tube. The driving plate is the first point loaded into the barrel. Within the launch canister (202) a first portion of a floating prop-fouling line is stored. The prop-fouling line, such as made from Dyneema®, has at its ends two drogues that, upon entry into the water, fill with water to produce drag resistance to movement of the prop-fouling line. To avoid undue stress on canopy panels of each drogue and to avoid twisting of shroud lines (312) to the canopy, a rotating shackle (310a, 310b) acts as a coupling point between the shroud lines (312) and the prop-fouling line. Only one drogue (306), its associated coupling and a selected length prop-fouling line are loaded into the launch canister, with the other drogue and its rotating shackle (310b) loaded into a cradle (166). Upon firing, gas expansion causes the rapid acceleration and ejection of the launch tube (202) and generally straight line deployment of the prop-fouling line (302).

An system is disclosed which incorporates a projectile delivery launcher which may assume numerous forms and perform numerous functions, including launching a water rescue preservation device such as a life jacket, military supplies, survival supplies, fire extinguishing supplies, or the like. The device includes a unique barrel having a low friction chrome plated inner surface which provides maximum range deployment of a safety projectile. A unique clutch-type crank mounted below the barrel and houses a thin stainless high strength steel ribbon to provide deployment of a projectile, and retrieval of a victim, supplies or the like. A C02 cartridge system, which incorporates a novel explosive chamber is also used. A method and apparatus of rescuing a victim or delivering supplies in emergency situations, or even establishing a line contact, is also disclosed.

An aquatic rescue apparatus including a base, housing connected to the base which includes at least one alarm mechanism contained therein, a triggering mechanism positioned on the housing and connected to the alarm mechanism, and a flotation device releasably connected to the triggering mechanism. Upon the flotation device being removed from the triggering mechanism, at least one alarm mechanism emits an alarm signal indicative of an aquatic emergency.

Expanded structures are formed by cutting a series of concentric rings or sections from a single block or sheet of solid material. The "rings" need not be circular, but may be any regular or irregular geometric or other shape as desired, so long as they are substantially concentric with one another. The cuts are made so that they angle outwardly from the upper to the lower surface of the block or sheet, and pass completely through the sheet or block. This provides a series of concentric sections, with each section having a lower, outer periphery which is at least slightly larger than the upper, inner periphery of the next larger adjacent section. This allows each section to be stacked atop a larger adjacent section, with the lower outer edge surface of each smaller section resting upon the upper inner edge surface of the larger section immediately therebelow. Alternatively, the tapered outer and inner walls or faces of adjacent sections may be wedged together, with an adjacent inner section protruding somewhat from the plane of its adjacent outer section. Such structures may be formed in virtually any practicable size, from utility sheds including door and window openings formed therein, to smaller household containers, works of art, etc. as desired. The structures may be made permanent by coating with a suitable material (e.g., glass fiber and resin, etc.) if so desired. Different colors of materials may also be assembled together, to produce structures having alternating bands of colors therein.

Rescue apparatus comprising a self-propelled missile mounted on a hand-held launcher and arranged to carry a flotation device in a collapsed condition from the launcher to a distressed target, the launcher and flotation device being connected by a flexible line, so that when the missile is aimed and launched toward the target, the flotation device is carried to the target and then deployed automatically to provide flotation support and establish a "life-line" from the launcher.

The invention provides a life saving device which can be thrown at a far distance and includes a launching device and a launching head used for launching; the launching head is a hollow shell with one open end, the hollow cavity is internally filled with an inflatable type buoy, a small high-pressure gas cylinder and the end of the shell is fixed with a hauling rope. A computing device is connected with the launching device and the computing device includes a singlechip, a sensing device and a display screen; the sensing device is connected with the input end of the singlechip and the display screen is connected with the output end of the singlechip. The life saving device provided by the invention can enlarge the lifesaving scope of the vessels, improve the lifesaving capacity and can guarantee that the rescue equipment can be launched rapidly, accurately and safely.

A generalized, rationally-scaled design is disclosed for a line laying system for use in stringing communications cable across inaccessible spaces. The system includes a tethered projectile which is accurately aimed and launched to a defined target zone by means of a energy-store coupled with a pivoting release lever. The geometric details of placement of the pivot axis of the release lever are disclosed in detail. Specific configurations of the projectile guides and spring support ribs are also disclosed. Implications of design and materials upon accuracy and range are considered and optimal component finishes and tolerances are indicated.

A rapidly deployable personal flotation device for waterborne vessels consisting of a top half having a raised center portion and a bottom half having a raised center portion, the two halfs being joined together at the center by a spacer to form a spool for winding a line around the spacer for storage. A "U" shaped handle is tied to the outside end of the rope for gripping the line while throwing and for holding the line in place when not in use. The device is made from USCG approved plastic materials.

A compact rescue lift device adapted to be deployed from an elevated location, having a central spine with upper and lower portions, where the upper portion of the spine includes a means for coupling the device to a structure and the lower portion includes a plurality of seating surfaces which include both supporting and retaining portions, with the device also including a plurality of hand grips, where the device is adapted to carry multiple victims at a time.

The invention discloses a pneumatic throwing device consisting of a lifesaving device, a miniature gas storage bottle and a throwing transmitter. The lifesaving device provided with an automatic inflating device and a first CO2 gas bottle are wrapped by folding in a lifesaving shell and arranged in a transmitting tube; the miniature gas storage bottle is connected to an air chamber sleeve and comprises a gas bottle connecting seat, a grip handle, a second CO2 gas bottle, a striker and the like and forms release gas entering a gas storage chamber; a throwing transmitter comprises a gas chamber sleeve, a connecting seat, a transmitting trigger, a connecting rod, a transmitting valve rod, a return spring, a safety pin and the like; and the has chamber sleeve is connected with the transmitting tube. When the pneumatic throwing device is in use, a throwing rope is connected with a connecting rope of a lifesaving shell, the throwing device is gripped to aim at the front part of a target, the gas bottle is penetrated through the striker by rotating the grip handle, the gas in the gas bottle is instantly released to fully fill the gas storage chamber, then the transmitting trigger is triggered, a gas outlet is opened and the rescue is implemented by throwing the lifesaving device to a rescued target under the pneumatic pressure. The throwing device has the advantages of light weight, small size, convenient carrying, safe and reliable use, long throwing distance and high lifesaving efficiency.

A rescue apparatus has a cuff member, an inflatable bladder affixed to the cuff member, a gas line affixed to the cuff member so as to be in fluid communication with the bladder, and a gas canister affixed to the cuff member in valved fluid communication with the bladder. A rope is affixed to and extends along the gas line and has an end affixed to the cuff member. A gas source is connected to the opposite end of the rope for selectively delivering a gas into the bladder through the gas line from a location remote from the cuff member.

The pneuamtic life saving net gun device has a main body, high pressure air cylinder, pneuamtic projecting mechanism, net storing and emitting mechanism, net mouth tightening and elevating mechanism with drawing rope and rope unwinding and winding mechanism. When it is used to save drowned person, the pneuamtic projecting mechanism projects the net by high pressure air and the drawing rope is withdrawn to make the drowned person leave awter fast. The present invention may be used to perform effective and fast water salvation.

A device and method for moving a person who is in distress or incapacitated are disclosed. The device comprises a receptacle in which a long rescue strap is contained. A short segment of one end of the strap exits the receptacle through an aperture in the receptacle where it is attached to a spring hook. Blocking members inside and outside the receptacle prevent sliding of the rescue strap inside and outside the receptacle. The other end of the strap is sewn into an adjustable loop that a rescuer may tightly strap onto his / her wrist. The method comprises tossing the receptacle toward the victim as the rescuer grips the adjustable loop, unwinding the strap from the bag, attaching the spring hook to the victim and pulling the victim to safety.

A body bag for water retrieval of human remains is provided. The body bag is lightweight and disposable. The body bag is made of a material having a hole ratio per unit weight of material in a particular range that permits rapid water drainage yet provides sufficient strength and integrity to the body bag, and reduces cross-contamination. The body bag can have a skid pad on an exterior surface as an aid to lifting the body bag out of the water and over the gunwale or sides of a recovery vehicle. The body bag also can have large handles for ease of gripping and to attach buoyancy devices. The body bag further can have a snag line around its periphery.

An intelligent underwater rescue method based on an unmanned aerial vehicle comprises the following steps that a rescue device is connected with the unmanned aerial vehicle, and the unmanned aerial vehicle is started and operates; when controlling the unmanned aerial vehicle to fly in the preset speed according to a preset route, a processing device detects whether human body information exists in water or not in real time through an infrared detector; if yes, the processing device acquires whether an area containing the human body information is a safe area or not; if the area containing the human body information is not the safe area, the processing device detects whether a human body exists under water or not through the infrared detector; if the human body exists under the water, the rescue device is controlled to be disconnected with a connecting device, and an image of the human body under the water is shot through a camera; according to the image of the human body under the water, the processing device controls the rescue device to travel to the image position and analyzes whether the human body is in an unconscious state or not; if the human body is in the unconscious state, a storage bin is controlled to be open, the human body is put into the storage bin, a drainage device is controlled to drain liquid in the storage bin, and the storage bin floats upwards to the water surface; the processing device controls the unmanned aerial vehicle to fly to the position of the rescue device and controls the unmanned aerial vehicle to be connected with the rescue device; and after connecting, the unmanned aerial vehicle is controlled to fly to an emergency center.

A crew overboard retrieval system for retrieving an object in the water including a flotation device, a net connected to the flotation device and a line connected to the net. A method of retrieving an object in the water, including the steps of: providing a crew overboard retrieval system including a flotation device, a net connected to the flotation device and a line connected to the net; connecting the line to a marine structure; deploying the crew overboard retrieval system in the water by casting off the flotation device and the net; at least partially encircling the object in the water with the net; capturing the flotation device; and retrieving the object in the water with the net.

The invention discloses a water lifesaving capsule capable of being catapulted. The water lifesaving capsule comprises an equipment storage shell, a positioning communication unit, a water-sensitive self-triggering device, a high-pressure air bottle, a compression folding air bag and an air bag storage shell. The air bag storage shell and the equipment storage shell form an integrated shell in a buckling mode, the compression folding air bag is usually folded in the air bag storage shell, a water inflow window is formed in the equipment storage shell, when the water lifesaving capsule is catapulted into the water, the water-sensitive self-triggering device induces that the water lifesaving capsule falls into the water and activates the high-pressure air bottle to inflate the compression folding air bag, the lifesaving capsule is unfolded, meanwhile, a hydraulic switch is turned on, a power source supplies power, the positioning communication unit starts to work, and a Beidou / GPS double-mode positioning module obtains position data and then sends position information to a rescue network platform through a communication module. The water lifesaving capsule is in a catapulting foldingmode, design is reasonable, mounting is convenient, catapulting is quick, rescue time is shortened, the size is small, plenty of the capsules can be conveniently stored and carried, styles of the compression folding air bag are various, and the capsule can be applied to water lifesaving.

The invention relates to a kicker, in particular to an electric long-distance kicker. The electric long-distance kicker is characterized in that through intelligent operation, the kicker gathers elastic potential energy of a spring by means of a mechanism, then motivates the elastic potential energy into kinetic energy of a kicked object, conducts aiming by means of a periscope and an accent light and accurately kicks the kicked object in place. The kicker can be mounted on naval vessels and fishing boats and used for launching bombs and grenades and jetting stones or bricks to enemy vessels; the kicker can also be used as a water cannon or a gas gun to kick life floats or life buoys to trapped personnel and overboard personnel so that the trapped personnel and the overboard personnel can be saved quickly; the kicker can be mounted on an automobile and used for long-distance fire extinguishment so as to guarantee that firefighters are protected against injuries; during high-rise fire extinguishment, the kicker can be used for jetting heavy objects to break doors and windows open and jetting fire extinguishing bombs into a house rapidly and accurately; the kicker can also be used as the water cannon to jet thousands of jin of water into the house at a time; when a high-tension power line ices up, the kicker can conduct continuous deicing operation on the charged condition; during wartime, the kicker can be used for jetting shrapnels, bombs and grenades to an enemy position a few hundred meters away. The electric long-distance kicker is simple in structure, capable of being operated intelligently, high in jetting speed, accurate in jetting and long in jetting distance.

A system is disclosed which incorporates a projectile delivery launcher which may assume numerous forms and perform numerous functions, including launching a water rescue preservation device such as a life jacket, military supplies, survival supplies, fire extinguishing supplies, or the like. The device includes a unique barrel having a low friction chrome plated inner surface which provides maximum range deployment of a safety projectile. In one embodiment a unique clutch-type crank is mounted below the barrel and houses a thin stainless high strength steel ribbon to provide deployment of a projectile, and retrieval of a victim, supplies or the like. A CO2 cartridge system, which incorporates a novel explosive chamber is also used. In another embodiment a compressed gas tank is connected to the launcher for selective release of the gas to deploy the projectile. A method and apparatus for rescuing a victim or for delivering supplies in emergency situations, or even establishing a line contact, is also disclosed.

A rescue apparatus includes a flexible element and a sleeve element. The flexible element may be a rope or tube used to allow the sleeve element to reach a victim. The sleeve element includes at least one pneumatic pillow. The victim inserts an appendage into the sleeve element and the pneumatic pillow is inflated to secure the appendage within the sleeve element. The victim can then be pulled to safety by the flexible element without fear that the victim would lose a grip of the sleeve element.

The invention discloses a cast net type binary lifeboat which comprises a boat body (1). The invention is characterized in that the boat body (1) is composed of a left boat body (11) and a right boat body (2) which are fixedly connected with each other; the boat body (1) is provided with a cast net gun (3); a cast net (5) with a counterweight floater (4) is arranged in the cast net gun (3); the tail end of the cast net (5) is connected with a pull rope (6); one end of the pull rope (6) is wound on a winding machine (7) of the boat body (1); the boat body (1) is also symmetrically provided with two lifting guide rails (8); a lifting bar (9) is arranged in each lifting guide rail (8); and a lifting net (10) is arranged between the two lifting bars (9). The cast net type binary lifeboat is in a binary structure, and can be used in medium and long distance rescue for quickly lifting a person falling into water out of the water surface.

The invention discloses a water-disaster grapple shot and a throwing device thereof, and belongs to the field of overwater life-saving equipment. The invention is characterized in that the water-disaster grapple shot which is enwrapped by a waterproof aluminum foil bag and can automatically burst and inflate is put into a throwing box formed by winding a left half barrel and a right half barrel with a self-adhesive paper tape; the water-disaster grapple shot consists of a folded life buoy and a life-saving inflating device enwrapped inside a waterproof bag; the throwing device throws out the water-disaster grapple shot to a life-saving position; and the throwing device is characterized by structurally comprising a base, a slewing bearing inner ring, a slewing bearing outer ring, a launcher, a first supporting seat, a second supporting seat and a pitch driving mechanism. The water-disaster grapple shot has the advantages as follows: the water-disaster grapple shot can inflate a swim ring quickly and automatically so as to achieve a quick, efficient and reliable rescuing purpose in case of an emergency, and safety accidents due to rescue delay or improper rescue caused by human factors are avoided, so that efficient and safe rescue is ensured and the success rate of overwater rescue is greatly increased.

A device and method for moving a person who is in distress or incapacitated are disclosed. The device comprises a receptacle in which a long rescue strap is contained. A short segment of one end of the strap exits the receptacle through an aperture in the receptacle where it is attached to a spring hook. Blocking members inside and outside the receptacle prevent sliding of the rescue strap inside and outside the receptacle. The other end of the strap is sewn into an adjustable loop that a rescuer may tightly strap onto his / her wrist. The method comprises tossing the receptacle toward the victim as the rescuer grips the adjustable loop, unwinding the strap from the bag, attaching the spring hook to the victim and pulling the victim to safety.

The invention discloses a pneumatic launcher with a novel gas way system. The pneumatic launcher comprises a gun barrel, a gas chamber, a control device, a high-pressure gas bottle and a projectile, the control device comprises a pneumatic quick-opening valve connecting the gun barrel with the gas chamber, a three-way joint mounted on the pneumatic quick-opening valve, a launching valve mounted on the three-way joint, and a pressure reducing valve, and an inflation valve is mounted on the high-pressure gas bottle and connected with the pressure reducing valve through a hose. When the high-pressure gas bottle inflates the gas chamber, the pneumatic quick-opening valve and the launching valve are closed, and after the inflation valve is opened, high-pressure gas in the high-pressure gas bottle enters the gas chamber; when pressure in the pneumatic quick-opening valve reaches preset pressure, the pressure reducing valve is automatically closed; during launching, the inflation valve is closed firstly, the launching valve is opened secondly, high-pressure gas in the pneumatic quick-opening valve is quickly released, a valve core is quickly opened under drive of pressure of the gas chamber, and the high-pressure gas in the gas chamber quickly enters the gun barrel through a valve port and drives the projectile to be launched. The pneumatic launcher is simple in structure, controllable in gas pressure, adjustable in launching distance, large in launching load and high in launching efficiency.

This device comprises an iron casing closed with a glass door to be broken in the case of an emergency, within which is located, above a bench a motor that drives a shaft in rotation, on which is mounted a reel winding a rope attached to a life jacket that fits on the rescuer body, provided with a whistle. The end of the reel shaft bearings rests on a supporting tripod at the end of the bench and, on the outer side, has a coupling in order to mount a crank for winding by hand in the case of engine failure. A pole is anchored along the beach, the end thereof having a snap hook of the quick opening type, through which the rescuer passes the rope before entering the water.