KR20060102141A - Lifesaving device float on water - Google Patents

Abstract

In the present invention, when the user is distressed in the water, the gas cylinder is triggered by simply opening the cover of the enclosure and the injured bag is inflated to prevent drowning of the distressed person. It relates to a water rescue device that can be easily operated. The water lifesaving device includes: a housing having a cover having a floating bag and a gas cylinder receiving portion formed up and down and hinged therein; A gas cylinder accommodating portion for accommodating a plurality of gas cylinders is formed, and a floating encyclopedia accommodated in a state in which the gas cylinder accommodating portion is folded and the gas cylinder accommodating portion; A triggering port including a plurality of insertion holes into which the discharge holes of the plurality of gas cylinders are inserted, an arrowhead formed in the insertion hole corresponding to the discharge holes of the gas cylinders, and a gas discharge hole formed in the front side of the insertion hole; A plate-shaped trigger that is integrally formed at the rear side of the lid hinged to the enclosure, and pushes the rear portion of the gas cylinder at the time of opening the lid so that the discharge port of the gas cylinder and the arrowhead of the trigger are contacted and triggered. It consists of an actuating lever. In addition, attachment bands may be formed at both end portions of the enclosure.

Water, gas cylinders, floating bags, enclosures, triggers,

Description

Lifesaving device float on water

BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is an exploded perspective view of a floating bag in which a gas cylinder accommodated in a housing of a water life saving device according to the present invention is received.

Figure 2 is a perspective view of the incision of the trigger is inserted gas cylinder according to the present invention.

3 is a perspective view of the enclosure of the water rescue device according to the present invention.

4 is a combined state diagram and an operating state diagram of a water rescue device in which a floating bag in which a gas boom is stored therein according to the present invention is folded.

-Explanation of symbols for the main parts of the drawings-

10: floating bag 11: gas cylinder storage

12: floating back main body 13: bulkhead

14: sealing line 20: gas cylinder

21: discharge port 30: triggering port

31: insertion hole 32: arrowhead

33: gas outlet 40: enclosure

41: cover

42: floating bag and gas cylinder compartment

43: fixing projection 44: fixing groove

45: triggering operation lever 46: hinge portion

The present invention relates to a water rescue device, and more particularly, when a user is distressed in an aquatic water, a gas cylinder is triggered by inflating a gas cylinder by simply opening the lid of the enclosure, and the injured bag is inflated. A water life preserver capable of providing buoyancy

In general, water safety equipment is mainly used for air tubes, life jackets, etc. Recently, it has been proposed to prevent water safety accidents by wearing them on the waist as usual belts and inflating them in the event of emergency.

However, in the case of the air tube, once used in a non-wearing state separated from the body, the reliability of safety is inferior, and life jackets are often avoided or not equipped due to the unnatural movement of the water. The situation is adding seriousness to safety accidents.

In addition, the safety equipment used as the belt type has a problem that it is difficult to expect the actual safety effect because the buoyancy acts on the waist, making it difficult to hold the center of gravity of the body, and it is impossible to operate it in an urgent situation. .

Accordingly, it is an object of the present invention to provide a water rescue device that can be easily operated in an emergency as well as preventing drowning of a distressed person, and can be easily attached to various parts of a human body.

According to a preferred aspect of the present invention for smoothly achieving the above object of the present invention, there is provided a floating bag and a gas cylinder receiving portion formed therein up and down inside the housing having a lid coupled to the hinge; A gas cylinder accommodating part for accommodating a gas cylinder is formed, and a floating encyclopedia accommodated in a state in which the gas cylinder accommodating part is folded and the gas cylinder accommodating part; A triggering port including an insertion hole into which the discharge port of the gas cylinder is inserted, an arrowhead formed in the insertion hole in correspondence with the discharge hole of the gas cylinder, and a gas discharge port formed in front of the insertion hole; A plate-shaped trigger that is integrally formed at the rear side of the lid hinged to the enclosure, and pushes the rear portion of the gas cylinder at the time of opening the lid so that the discharge port of the gas cylinder and the arrowhead of the trigger are contacted and triggered. It is characterized by consisting of an operating lever.

In addition, at least two or more gas cylinders and insertion holes are preferable, and the gas cylinders and cocks arranged around the gas cylinder storage units are sealed by a thermal fusion method, and at least two or more vinyls are subjected to high frequency fusion. Can be covered.

Further, the floating bag may be divided into a plurality of partition walls opened to each other, and the floating bag may be embossed.

In addition, attachment bands may be formed at both end portions of the enclosure.

Hereinafter, with reference to the accompanying drawings will be described in more detail with respect to the present invention.

1 is an exploded perspective view of a floating bag containing a gas cylinder accommodated in the enclosure of a water lifesaving device according to the present invention, Figure 2 is a cutaway perspective view of the trigger is inserted into the gas cylinder according to the present invention described for convenience of description Let's do it.

First, as shown in FIG. 1, the floating bag 10 before being accommodated in the enclosure 40 (see FIG. 3) is a main body divided into a plurality of open partitions 13 without gas being injected. It consists of the gas cylinder accommodating part 11 in which 12 and the some gas cylinder 20 are accommodated.

The material of the above-mentioned floating bag 10 may be made of a known synthetic resin sheet such as PVC or polyurethane, or transparent vinyl, and a waterproof cloth made of nylon oxford, which is coated with Lavasole type, may be used. The material for waterproofing is not limited in the present invention. Of course, embossing can also prevent sticking. Such a floating bag 10 is preferably disposable, but the present invention is not limited thereto and may be recycled.

Further, the above-described partition wall 13 is arranged to prevent the phenomenon of bursting when the gas cylinder is triggered and the floating bag 10 is inflated later, and to support the shape thereof. In addition, at the circumference | surroundings (sealing line 14) of the gas cylinder 20 and the cock 30 which were accommodated in the said gas cylinder accommodating part 11, after sealing by the method of a normal heat fusion, at least double The above vinyls (15) and (16) are covered by high frequency fusion to insulate the gas cylinders from freezing even at sub-zero temperatures (-78 ° C), and to damage the bag during the gas cylinders. Can be prevented.

In addition, in the illustrated example, two gas cylinders 20 are formed in the gas cylinder receiving unit 11 through the trigger holes 30, but may be single or three or more, and the number of gas cylinders of the present invention It is not limited.

As shown in FIG. 2, the trigger port 30 into which the gas cylinder 20 is inserted according to the present invention includes at least two insertion holes 31 into which the discharge ports 21 of at least two gas cylinders 20 are inserted. And an arrowhead 32 formed in the insertion hole 31 in correspondence with the discharge port 21 of the gas cylinder 20, and a gas discharge hole 33 formed in the insertion hole front side.

In the plurality of gas cylinders 20, carbon dioxide gas having a pressure of 10 kg / mm 2 is filled with approximately 5 to 6 liters. However, the present invention is not limited to the type, pressure, filling amount, etc. of the gas filled in the gas cylinder, but may be changed according to circumstances.

In addition, as will be described later, when a plurality of gas cylinders 20 are triggered, the gas discharged is prevented from being sealed by heat fusion and high frequency toward the tip of the gas discharge port 33, which is a passage through which gas is discharged. To expand into the floating bag (10).

Figure 3 is a perspective view of the enclosure of the water lifesaving device according to the present invention, Figure 4 is described as a combined state and operation state diagram of the floating water lifesaving device folded in the gas bag according to the present invention therein. It will be described together for convenience.

As shown, the housing 40 according to the present invention, the hinge 41 is hinged through the hinge portion 46, the cover 41 covering the upper portion, the floating bag formed up and down by the cover and the enclosure and It is integrally formed at the rear side of the gas cylinder accommodating part 42 and the cover 41 which is hinged to the enclosure 40, and pushes the rear part of the gas cylinder 20 at the time of opening of the cover 41. The discharge port 21 of the gas cylinder 20 and the arrowhead 32 of the trigger is made of a plate-shaped cocker operation lever 45 to be in contact with the trigger.

Here, the plate-shaped trigger opening lever 45 is directed downward when the housing 40 is closed by the cover 41, but the gas cylinder 20 when the cover 41 is fully opened. Of the rear end of the gas cylinder 20 is transferred to the discharge port 21 of the gas cylinder 20, whereby the arrowhead 32 of the cock 40 is sealed. It is triggered in contact with the gas to allow gas to expand into the floating bag (10). In addition, although not shown, guide protrusions of a slightly protruding shape are formed at predetermined positions on both sides of the enclosure 40 so as to prevent the gas cylinder from being lifted by an impact when the gas cylinder 20 is triggered. You may.

Reference numerals 43 and 44, respectively, are fixing projections and fixing grooves for fixing the lid 41 to the enclosure 40, respectively, and reference numerals 47 and 48, which are not described, are attachment bands that are squeezed to both ends of the enclosure 40. In addition, the user can be fixed to the arm or leg according to the convenience.

Referring to the operation method of the water lifesaving device having the configuration as described above will be described with reference to Figures 1 to 4 together.

First, a plurality of gas cylinders 20 inserted into the cock hole 30 are accommodated in the gas cylinder accommodating portion 11 formed on one side of the floating bag 10 in a gaseous unfolded state.

Subsequently, at least two or more vinyls are sealed after the gas cylinder 20 and the periphery 30 (sealing line 14) contained in the gas cylinder storage unit 11 (sealing line 14) are sealed by a method of thermal fusion. Is covered by high frequency fusion.

Subsequently, the floating bag 10 in which the gas cylinder 20 is accommodated is folded and stored in the floating bag and the gas cylinder accommodating portion 42 inside the housing 40. 20 and the gas cylinder accommodating part 11 of the floating bag 10 in which the cock 30 was accommodated are received in the lowermost part of the enclosure 40. Here, the gas cylinder 20 and the cock 30 are secured to the bottom of the enclosure 40 in a shape that conforms to the shape of the gas cylinder 20 and the cock 30.

Subsequently, the gas cylinder 20 and the cock 30 are folded on the upper side where the gas cylinder 20 and the cock hole 30 are seated in several layers, and are accommodated through the fixing protrusion 43 and the fixing groove 44. The cover 41 is fixed to the enclosure 40 to completely seal and receive the floating bag in which the gas cylinder 20 is housed, thereby completing the water rescue device according to the present invention. Of course, attachment bands 47 and 48 that have been squeezed off are attached to both ends of the enclosure 40.

In practice, the user is fixed to the water rescue device according to the present invention to the arm or leg through the attachment bands 47 and 48, and when the user is distressed in the water surface, the user opens the cover 41 of the enclosure When fully open manually, the plate-shaped triggering lever 45 pushes the rear portions of the plurality of gas cylinders 20 so that the arrowheads 32 seal the discharge outlets 21 of the gas cylinders 20. The high pressure gas is blown into the main body 12 of the floating bag 10 to expand and provide buoyancy in the water phase to the user.

As described above, according to the water rescue device according to the present invention, when the user is distressed in the water, the gas cylinder is triggered by simply opening the cover of the enclosure, and the person who has been injured by inflating the injured bag. In addition to preventing drowning, there is an effect that can be easily manipulated in an emergency.

In addition, by forming attachment bands at both ends of the enclosure, there is an effect that can be easily attached to various parts of the human body such as arms and legs.

Although the present invention has been described in detail with reference to preferred embodiments according to the present invention, it is intended to illustrate the present invention, but is not intended to limit the present invention, those skilled in the art without departing from the scope of the present invention various changes and It should be noted that modifications are possible, of course, but are also within the scope of the present invention.

Claims (6)

A housing having a cover to which the floating bag and the gas cylinder receiving part are formed up and down and hinged therein; A gas cylinder accommodating part for accommodating a gas cylinder is formed, and a floating encyclopedia accommodated in a state in which the gas cylinder accommodating part is folded and the gas cylinder accommodating part; A triggering port including an insertion hole into which the discharge port of the gas cylinder is inserted, an arrowhead formed in the insertion hole in correspondence with the discharge hole of the gas cylinder, and a gas discharge port formed in front of the insertion hole; A plate-shaped trigger that is integrally formed at the rear side of the lid hinged to the enclosure, and pushes the rear portion of the gas cylinder at the time of opening the lid so that the discharge port of the gas cylinder and the arrowhead of the trigger are contacted and triggered. A water life saving device, characterized in that consisting of an operating lever. The method of claim 1, The gas cylinder and the insertion port is a water life saving device, characterized in that a plurality. The method according to claim 1 or 2, A water life saving device characterized in that the surroundings of the gas cylinder and the cock hole accommodated in the gas cylinder receiving unit are sealed by a heat fusion method and covered by at least a double vinyl by high frequency fusion. The method according to claim 1 or 2, The floating bag is divided into a plurality of partitions opened to each other water rescue device. The method according to claim 1 or 2, The above-mentioned floating bag is an embossing treatment. The method according to claim 1 or 2, A water life saving device, characterized in that it has a band attached to both ends of the enclosure.

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