KR200450136Y1

KR200450136Y1 - Buoy apparatus

Info

Publication number: KR200450136Y1
Application number: KR2020100004451U
Authority: KR
Inventors: 황민선
Original assignee: 황민선
Priority date: 2010-04-28
Filing date: 2010-04-28
Publication date: 2010-09-07

Abstract

The present invention relates to a buoyage device having a function of further positioning the sinking vessels of the conventional buoyancy device, and further preventing the loss of the dead and drowning of the dead.
In order to implement this, the buoy device having the position and lifesaving function of the sinking ship according to the present invention includes two life-balls that can float on the sea surface automatically floating by buoyancy when the ship sinks, and a relay net unit connecting them apart from each other. It comprises a plurality of life units connected to each life ball, a tail net unit connected to the life ball located in the rear, and a life equipment holder fixedly coupled to the relay net unit.

Description

Buoy System with Positioning and Lifesaving Function for Sinking Ships {BUOY APPARATUS}

The invention devises two life balls that can float on the sea surface automatically by buoyancy due to buoyancy, a relay net unit connecting them to each other, a plurality of life units connected to each life ball, and a life preserver located at the rear It includes a tail net unit connected to the ball, and a life equipment holder fixed to the upper part of the relay net unit, so that the position of the sunk ship can be confirmed, the rescuers can be saved, and the drowning body can be prevented to the maximum. It relates to a buoy device.

In technology about buoy device,

Korea Utility Model Registration No. 20-0242412 (Registration of July 31, 2001, hereinafter referred to as `` advanced technology 1 '') `` Ship emergency transmission equipment using GPS '' is proposed,

The prior art 1 relates to a floatation device that can automatically transmit the position of the vessel in case of emergency by pinpointing the position of the vessel by linking the GPS receiver and the transmitter.

As another technology, the Republic of Korea Patent Publication No. 10-2004-0027306 (published on April 1, 2004, hereinafter referred to as 'prior art 2') `` sink ship positioning device '' is proposed,

The prior art 2 of the release device is stored in the casing on the deck when the ship is sinking to the seabed and the gas of the high-pressure gas cylinder fixed to the end of the wire connected to the roller is automatically ejected and fixed with the high-pressure gas cylinder This technology relates to a sinking ship positioning device that causes the balloon connected to the end to swell and float above sea level.

In the prior art 1 is required to maintain the GPS receiver, when the GPS receiver malfunctions, the ship may not be able to automatically transmit the position of the ship as the original function is lost,

The prior art 2 is to be able to determine the position of the sinking ship by allowing the balloon to be automatically inflated by the gas of the high-pressure gas tank to rise above the sea level,

Prior arts 1 and 2 are not provided with the lifesaving function of the displaced people who escaped during the sinking, there is a problem that the search cost and time to find the body of the distress or drowning swept by the waves have to increase.

In order to solve the above problems, the buoy device having a sinking position and life-saving function according to the present invention,

First and second positioning life balls connected to the ship and floating on the surface by buoyancy when the ship is sunk; And

A relay net unit connecting the first and second positioning life balls to be spaced apart from each other;

It is made, including.

And in one embodiment, the first and second positioning life ball is characterized by consisting of a sphere made of a styrofoam material, and a cloth-like coating portion surrounding the same.

And in another embodiment, the first and second positioning life ball is characterized by consisting of a sphere made of a styrofoam material, and a net covering portion surrounding the same.

And the relay net unit is characterized in that consisting of the relay net portion connected to the first and second positioning life-saving ball, and the self-folding pole poles respectively provided at both ends thereof in the longitudinal direction.

And a plurality of relay strings connected along the circumference to the first positioning life ball or the second positioning life ball, or both.

Life belt connected to each end of each relay string

It characterized in that it comprises a lifesaving unit having a.

And a tail net unit connected to the first positioning life ball or the second positioning life ball, or both, and having a triangular shape.

On the other hand, it characterized in that it comprises a life-saving holder provided in the relay net unit.

Buoy device having a sinking ship position identification and lifesaving function according to the present invention,

Positioning function of sinking ships, lifesaving function of the displaced persons who escaped from the sinking ship, prevention of the loss of the dead body so that the dead body of drowner can be caught by each net, and the surviving person holding the buoy system of this design The greatest effect is to prevent the carcass from being swept away by the waves even when the car is killed while on the road, and to expand the survival possibility by using the life storage box.

1 is a view showing that the buoy device according to the present invention is floating on the sea surface,
Figure 2 is a three-dimensional configuration diagram showing the first and second positioning life-saving ball and relay net unit in the buoy device according to the present invention,
3 is a three-dimensional configuration diagram showing that the lifesaving unit of the embodiment in Figure 2 is provided,
Figure 4 is a three-dimensional configuration showing that the life-saving unit of another embodiment in Figure 2 is provided,
Figure 5 is a three-dimensional configuration showing that the tail net unit is provided in the buoy device according to the present invention,
Figure 6 is a three-dimensional configuration showing that the life-saving box is provided in the buoy device according to the present invention,

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

Prior to the description, the first positioning lifeball side is defined as the front or the whole, and the second positioning lifeball side is determined as the rear or the rear, based on FIG. 2.

In addition, "A" of FIG. 1 is a cross-sectional configuration diagram for a corresponding region, and "B" and "C" of FIG. 2 are cross-sectional and three-dimensional configuration diagrams showing life-ball structures of one and another embodiments, respectively.

As shown in Figure 1 to 6, the buoy device having a sinking ship positioning and lifesaving function according to the present invention,

It consists largely of the first and second positioning life-saving balls (10, 20) and the relay net unit (30).

Looking at each configuration,

The first and second positioning life balls (10, 20)

As shown in Figures 1 and 2,

It is connected to the ship (1), and floats on the sea surface by buoyancy when the ship (1) sinks,

It can be largely made of the first and second embodiments,

As in " B " in FIG. 2, as the first embodiment,

Styrofoam spheres (11, 21), and

It consists of a cloth-like coating (12, 22) surrounding the sphere (11, 21).

As a result, the fabric-like coatings 12 and 22 formed in a fabric form surround the spheres 11 and 21 to protect the spheres 11 and 21 from external damage, and the relay net unit 30. ) Will function as a relay for connection.

As in " C " of FIG. 2, as the second embodiment,

Styrofoam spheres (11, 21), and

It consists of net-shaped coating parts 13 and 23 which surround the said spheres 11 and 21. As shown in FIG.

In other words, the net coverings 13 and 23 are formed by wrapping the spheres 11 and 21 using ropes, and as with the fabric type coverings 12 and 22, the spheres ( 11 and 21, and the relay net unit 30 is connected to the relay function.

Therefore, the first and second positioning life-saving ball (10, 20) is floating on the sea surface when the ship (1) sinking, it is possible to check the sinking point with the naked eye.

The vessel 1 is provided with a case 1a having an upper opening 1a1 and a side seawater inflow portion 1a2, and a cover 1b covering the upper portion of the case 1a, and the case 1a. The buoy device BA of the present invention is housed therein.

If you look at it in more detail,

One end of the rope is connected to one of the first and second positioning lifeballs (10, 20), the other end of the rope is connected in the case (1a), wherein the rope is not tangled when loosened so that it is easy to loosen It is preferable to store in the case 1a, and the cover 1b has a weight that can be opened when the first and second positioning life balls 10 and 20 meet with seawater and float by buoyancy. Or it is preferable to have a fixing force with the case (1a).

Therefore, the first and second positioning life-saving ball (10, 20) is floated by the seawater introduced into the side seawater inlet (1a2) of the case (1a) when the ship (1) sinks, thereby the cover (1b) is raised and continues to rise and float on the surface.

The relay net unit 30

As shown in Figures 1 and 2,

By connecting the first and second positioning life-saving balls (10, 20) spaced apart from each other,

A relay net part 31 having both ends connected to the first and second positioning life balls 10 and 20, and

Automatic spread type pole bundle 32 provided in each of the longitudinal ends of the relay net part 31, respectively

It is made, including.

At this time, both ends of the relay net part 31 is fixedly connected to the fabric-like coating part 12, 22 of the first embodiment, or

Or it can be fixedly tied to the net covering 13, 23 of the second embodiment.

Or it may be fixed by using a separate connection means.

And the relay net part 31 is in the form of a net,

The pole bundle 32 has an automatic unfolding structure, and is made of a conventional material made of a flexible material having elasticity and can be bent several times.

Therefore, the pole bundle 32 of the relay net unit 30 is spaced apart from each other the first and second positioning life-saving balls (10, 20) that are floating when the ship (1),

Since the relay net portion 31 of the relay net unit 30 is unfolded in parallel with the sea surface by the pole bundle 32,

Eventually, the distress people who fall into the seawater will be able to hold the unfolded relay net 31 and float.

On the other hand, the buoy device according to the present invention may be provided with a life-saving unit 40,

As shown in Figure 3, the life-saving unit 40 is

A plurality of relay strings 41 connected along the periphery of the first positioning life ball 10 or the second positioning life ball 20, or both; and

Life belts 42 connected to ends of the respective relay strings 41

It is made, including.

At this time, in the present invention, the life saving unit 40 is provided in both the first and second positioning life-saving balls (10, 20).

Each relay string 41 is a rope,

The life preserver 42 is made of a rope shape using a rope, the distress people are inserted around the body or held by the hand.

Therefore, the life preserver 42 can prevent the distressed people from being swept away by the waves.

And the life saving unit 40

As shown in Figure 4, the life belt 42 may be replaced by a tube 43,

To this end, an automatic air injector for the tube 43 connected to each of the relay strings 41 is provided,

Alternatively, the case 1a having a space enough to accommodate the tube 43 in the air injected state should be provided.

On the other hand, the buoy device according to the present invention is provided with a tail net unit 50,

First, in the present invention is connected to the rope connected to the case (1a) of the vessel 1 is the first positioning lifeball 10,

The second positioning life ball 20 is connected to the first positioning life ball 10 by the relay net unit 30,

As shown in Figure 5, the tail net unit 50 is

It may be connected to the first positioning life ball 10 or the second positioning life ball 20, or both, in the present invention to be connected to the second positioning life ball 20,

Tail net portion 51 having a triangular shape,

A plurality of tail pole bundles 52 in a direction crossing the tail net part 51, and

A plurality of tail buoys 53 connected to the respective tail pole bundles 52

It is made, including.

Here, the tail net portion 51 is a triangular net, and the vertex portion is connected to the second positioning life ball 20 so that the long side is located at the rear.

In this case, the tail net portion 51 forms a triangular shape when the wave is generated in the direction of the second positioning life ball 20 that is rearward from the first positioning life ball 10 that is forward, To increase the chance of the distressed people being caught by the waves and floating from the front to the rear to catch the tail net portion 51 in an increasingly diffused form. This is to allow many displaced people to take hold of them.

The tail pole wad 52 is a flexible material of elasticity similar to the pole wad 32 described above, and can be bent several times to facilitate storage.

And the tail buoy 53 is to help to float on the surface of the tail net unit 50, it is made of a conventional specific buoy.

In the present invention, the tail buoy 53 is illustrated as being connected to each tail pole bundle 52. However, the tail buoy 53 is not limited thereto. Various modifications and variations will be made.

On the other hand, the buoy device according to the present invention is provided with a life preserver holder 60,

The life preserver holder 60 is made of a waterproof material and is fixedly coupled to an upper portion of the relay net unit 30.

The life preserver includes a whistle, a lighting device, a flare, emergency food, water, and the like.

In the present invention, the life preserver box 60 is shown as fixedly coupled only to the relay net unit 30, but is not limited thereto and may be fixedly coupled to the tail net unit 51 of the tail net unit 50. It can be.

Looking at the operating state of the buoy device according to the present invention composed of the above configuration,

When the ship 1 sinks, the first and second positioning life balls 10 and 20 are lifted by the seawater introduced into the seawater inlet 1a2 of the case 1a,

This removes the cover 1b covered by the case 1a,

Each life ball (10, 20) that is continuously floating by buoyancy will be floating on the sea surface.

At this time, each life ball (10, 20) is unfolded at a predetermined interval by the pole bunch 32,

In addition, the tail net unit 51 of the tail net unit 50 is opened by the tail pole bundle 52,

In addition, the tail net portion 51 of the tail net unit 50 is suspended by the tail buoy 53.

In addition, the life band 42 or tube 43 of the life-saving unit 40 connected to each life-ball (10, 20) is unfolded in a radial form on the basis of each life-ball (10, 20).

Accordingly, the distressed persons who fall into the seawater may use the cover 12, 22, 13, 23, the relay net unit 30, the life preserver unit 40, or the tail net unit 50 of each life ball 10, 20. To catch and float in sea water,

Drowning among the distress can be caught in each net (31, 51) while being swept away by the waves, it is possible to prevent the drowning body is lost,

In particular, even if a distress person who is on the upper part of each of the nets 31 and 51 or distressed person who lives in the life belt 42 or the tube 43 of the life saving unit 40 dies, the body can be prevented from being lost. do.

In the above description of the present invention with reference to the accompanying drawings, a description of the "buoy device having a sinking ship positioning and life-saving function with a specific shape and structure" mainly described, but the present invention can be variously modified and changed by those skilled in the art However, such modifications and variations should be interpreted as falling within the protection scope of the present invention.

BA: Buoy Device
10, 20: first and second positioning life ball
11, 21 sphere 12, 22 fabric type coating
13, 23: net covering
30: relay net unit
31: relay net 32: pole bunch
40: lifesaving unit
41: relay string 42: life band
43: tube
50: tail net unit
51: tail net part 52: bundle of tail poles
53: tail buoy
60: life jacket holder

Claims

First and second positioning life balls (10, 20) connected to the ship (1) and floating on the surface by buoyancy when the ship (1) sinks; And
A relay net unit 30 for connecting the first and second positioning life balls 10 and 20 to be spaced apart from each other;
Buoy device having a sinking ship positioning and lifesaving function, including.

The method of claim 1,
The first and second positioning life-saving ball (10, 20) is a sunken ship position, characterized in that consisting of spheres (11, 21) made of styrofoam material, and cloth-like coatings (12, 22) surrounding them Buoy device with identification and lifesaving function.

The method of claim 1,
The first and second positioning life-saving ball (10, 20) is a sunken vessel position, characterized in that consisting of spheres (11, 21) of the styrofoam material, and net-like coating (13, 23) surrounding it Buoy device with identification and lifesaving function.

The method of claim 1,
The relay net unit 30 is a relay net unit 31 connected to the first and second positioning life-saving balls (10, 20), and the self-folding pole bundles 32 provided at both ends of the longitudinal direction thereof, respectively. Buoy device having a sinking ship positioning and lifesaving function, characterized in that consisting of.

The method of claim 1,
A plurality of relay strings 41 connected along the periphery of the first positioning life ball 10 or the second positioning life ball 20, or both; and
Life belts 42 connected to ends of the respective relay strings 41
Buoy device having a sinking ship positioning and lifesaving function, characterized in that it comprises a lifesaving unit having a.

The method of claim 1,
Positioning and sinking ship characterized in that it comprises a tail net unit 50 connected to the first positioning life ball 10 or the second positioning life ball 20, or both, and having a triangular shape Buoy device with lifesaving function.

The method according to any one of claims 1 to 6,
Buoy device having a sinking ship positioning and lifesaving function, characterized in that it comprises a life-saving equipment holder (60) provided in the relay net unit (30).