KR101597779B1 - Clothing rescue signal devices are attached - Google Patents

Abstract

In the present invention, when a victim is distressed in mountains, valleys, rivers, oceans or the like, when pulling a handle attached to clothes, gas is discharged and buoyancy is generated by filling the tube, and LED module emits light, To a garment equipped with a rescue signal device capable of easily tracking or locating a victim at night or week,
A tube 120 made of an air-tight and watertight material and integrally or detachably mounted on the clothes 110 to be worn to maintain an expanded state when a gas is supplied to the inside; The compressed gas is stored inside the tube 120 or in communication with the tube 120. When compressed gas is stored in the tube 120, the compressed gas stored when the destructor pulls the handle 132 is discharged into the tube 120 A gas feeder (130) for expanding the tube (120); An LED module 140 installed inside or outside of the tube 120 to allow the distresser to illuminate by the power supplied when the handle 132 is pulled to identify the position at night; A GPS signal receiver 170 receives the signal and generates a GPS signal by a power supplied when the victim pulls the handle 132 and outputs the GPS signal to the clothes 110, A GPS signal generator 150 for determining the location of the victim; And a battery 160 for supplying power to the LED module 140 and the GPS signal generator 150.

Description

[0001] Clothing rescue signal devices are attached [0003]

The present invention relates to a garment having a rescue signal device. In particular, when a distresser pulls a handle attached to clothes when a distress occurs in a mountain, a valley, a river, or the sea, buoyancy is generated by discharging gas, At the same time, the LED module emits light, and the GPS signal generator generates a signal to easily track and locate the victim in the daytime as well as during the night.

As the lives have become more lately, there are a growing number of people who leave the frustrating city on weekends and go out for light excursions or trips outdoors. Many of these travelers enjoy fishing on the sea or river, and there are a number of camping outdoors that do everything for them, including lodging and lodging.

When many people enjoy hobbies and leisure by searching for mountains, valleys, rivers, and seas, safety accidents often occur, such as accidentally being wounded or drowning in water.

In the past, many rescue devices have been developed so as to be rescued when a safety accident occurs in the outdoors. Conventional rescue equipment was buoyancy which rescued people by buoyancy when they fell into water. Most of these life vests are made of a luminous material itself in order to identify a victim at night, or in many cases, a reflection member for reflecting light is attached to many places.

Such a conventional rescue apparatus is disclosed in Patent Registration No. 10-1182957. The above prior art has the bands 26 and 28 so that the front part 11 and the shoulder part 12 come into close contact with the back part of the life jacket 10 having the ∩ letter shape, In a life jacket in which an expansion tube and a buoyant material are combined,

A cover 13a covering the outer surface of the life vest 10 and formed with a cut-out portion 25 partially openable and closable at one side thereof and having a waist belt 29 having a waterproof property and a length adjustable at the lower portion, (13b);

A buoyant material (24) provided between the outer shell (13a) and the inner shell (13b) and absorbing shock applied to the chest area together with buoyancy;

Water contacts the water sensing portion 34 provided at one side of the main body 32 while the gas of the other side compressed gas cylinder 35 is introduced into the discharge port 33 And a gas generator (31) having a manual operation means (36) for manually releasing the gas of the compression gas cylinder (35) at one side of the main body (32);

The swash plate 20 is provided between the outer shell 13a and the inner shell 13b and covers the front portion 11 and the shoulder portion 12 from the inside of the buoyancy material 24. The expansion A tube 30;

An expansion tube 30 that is automatically expanded by injecting a gas of the other side compressed gas cylinder 35 while water contacts the water sensing portion 34 provided at one side of the body 32 of the gas launcher 31;

The inner tube 13b is covered from the inside of the life vest 10 to accommodate the expansion tube 30 in the inner space formed by the ∩ letter shape and the inner surface of the first lining 20 );

And a second lining 22 on the inside of the shoulder portion 12 made of a three-dimensional mesh fabric having a honeycomb structure with a thickness of 1 to 3 cm and having shock absorbing properties, and a buoyancy material.

However, the prior art described above includes an expansion tube and a buoyant material, and rescues the victim when the victim falls into the water due to the buoyancy generated by the gas supplied from the gas launcher filling the expansion tube. In addition, the reflector is equipped with a reflector to reflect the light at night to rescue the victim. However, since the reflector only needs to receive light, the reflector is not illuminated or the moon does not turn on. There was a disadvantage that we could not save lives at night.

SUMMARY OF THE INVENTION Accordingly, the present invention has been made to solve the above-mentioned problems of the conventional rescue apparatus, and it is an object of the present invention to provide a rescue apparatus capable of discharging gas when pulling a handle attached to clothes when a distresser is distressed in mountains, valleys, rivers, The present invention provides a garment equipped with a rescue signal device capable of easily tracking a victim in the daytime as well as in the nighttime by generating a buoyancy by generating a buoyancy in the tube, emitting a light from the LED module, and generating a signal by a GPS signal generator .

In order to attain the above object, according to the present invention, there is provided a garment comprising a gas-tight and water-tight material, which is integrally or detachably attached to a wearable garment, Lt; / RTI >

A gas supplier installed inside the tube or outside to communicate with the tube and storing a compressed gas therein and expanding the compressed gas discharged into the tube when the destructor pulls the handle;

An LED module mounted inside or outside the tube, the LED module emitting light by a power source supplied when the victim pulls the handle, so as to identify the position at night;

A GPS signal generator mounted on the inside or outside of the tube for generating a GPS signal by a power supplied when the victim pulls the handle and receiving the signal so that the GPS signal receiver can recognize the position of the clothes prisoner; And

And a battery for supplying power to the LED module and the GPS signal generator.

The tube is sealed to be able to store the gas, and is selected from a fiber, vinyl, or synthetic resin having an airtight and watertight material.

In addition, the tube protects the LED module so that light emitted from the built-in LED module can be emitted to the outside.

In addition, the gas supply unit, the LED module, the GPS signal generator, and the battery are mounted inside a protective cover attached to the inside or outside of the tube, and the protective cover includes an LED module for emitting light emitted from the LED module to the outside The protected part consists of a transparent window.

In addition, the tube 120 is detachably mounted to the clothes 110 using a detachable means. Here, the detachment means uses a Velcro tape. In other words, the arm velcro tape and the water Velcro tape are adhered to or separated from each other and the tube is detached and attached to the clothes.

In addition, a diffusion member 180 is further installed to be connected to the LED module 140 so as to receive and diffuse the light emitted from the LED module 140.

According to the present invention configured as above, for example, when the victim of the present invention pulls the handle connected to the gas supply device strongly when the leg can not be hurt in a mountainous region, a canyon, or the like in daytime or nighttime, At the same time, the power of the battery is supplied to the LED module and the GPS signal generator so that the LED module emits light. Also, the GPS signal generator generates a signal, and the GPS signal receiver It is possible to track the location of the victim by receiving electromagnetic waves.

In this case, the rescuer finds the location of the receiver on the GPS signal receiver, intensively searches for the location, and can easily find and rescue the victim. In particular, when the victim is disturbed at night, the LED module emits light to easily find the victim. There are advantages to be able to.

In addition, when the distresser is pulled by the river or the sea at night or during the night, when the handle is pulled strongly, the gas discharged from the gas feeder is instantaneously charged into the tube, and the tube expands instantaneously to generate buoyancy, At the same time, the exposed LED module mounted on the tube emits light to notify the distress position, and the GPS signal generator generates a signal to notify the distress position. Therefore, the rescuer tracks the light of the LED module and the GPS signal generator at the same time, so that the rescuer can be found and rescued accurately in a short time.

Therefore, the present invention is advantageous in that it can easily track a victim in the daytime as well as in the daytime by using the light of the LED module and the GPS signal generator, and to save valuable lives.

1 is a front view of a garment having a recovery signal device according to the present invention;
FIG. 2 is a rear view of a garment having a recovered signal device according to the present invention
Fig. 3 is an enlarged view showing the switch by enlarging the inside of the circle in Fig.
4 is a view showing a state in which the gas supply device according to the present invention is mounted outside the tube
5 is a view showing a state in which a battery, an LED module, and a GPS signal generator according to the present invention are mounted inside a tube;
6 is a view showing a state in which a battery, an LED module, and a GPS signal generator according to the present invention are mounted outside a tube;
7 is a view showing a state in which the recovery signal device according to the present invention is attached to the outside of the clothes by the adhesive means
Figure 8 is a block diagram of a recovered signaling device in accordance with the present invention.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, a configuration and a use state of a garment having a saved signal device according to the present invention will be described in detail with reference to the accompanying drawings.

The structure of the garment 100 equipped with the recovery signal device according to the present invention mainly includes a tube 120 mounted on the clothes 110 of the victim and inflated when the gas is charged and a tube 120 expanding when the victim pulls the handle A GPS signal generator 150 for generating a GPS signal, and a LED module 140 for generating a GPS signal. The LED module 140 may be a light emitting diode (LED) And a battery 160 for supplying power to the GPS signal generator 150.

The tube 120 generates buoyancy when the victim falls into the water and is disturbed. The tube 120 is made of an airtight and watertight material, and is integrally or detachably mounted on the clothes 110 to be worn, The inflated state is maintained.

The tube 120 should be made of a material that is kept airtight so that the gas does not leak out when the gas is charged. Such materials may be airtight fibers, vinyls, synthetic resins, etc., and any materials applicable to the present invention may be used. Since the tube 120 generates buoyancy, the tube 120 is preferably mounted behind the neck of the victim as shown in FIGS. 1 and 2 so as to support the head of the victim in a vertical state. For this purpose, it is preferable to be mounted on the eric (collar) portion of the clothes 110 surrounding the neck of the victim.

The tube 120 may include a transparent window 121 for protecting the LED module 140 so that light emitted from the LED module 140 may be emitted to the outside.

The tube 120 may be detachably mounted on the clothes 110 using a detachable means as shown in FIG. The detachable means can use a velcro tape 190, which is also known as a sling. That is, the female and male Velcro tapes can be attached to the clothes 110 and the tube 120, respectively, and they can be attached or detached to attach and detach the tube 120 to the clothes 110.

When the gas is filled in the gas supply unit 130, the tube 120 is maintained in a hermetic state without the gas flowing out to the outside, and the water does not penetrate into the interior of the tube 120, And buoyancy is generated.

The gas supplier 130 is well known in the art, and the gas supplier 130 is the same as the one used in the patent registration No. 10-1182957 mentioned in the prior art. The gas supply unit 130 is filled with a compressed gas inside the main body 131 and the handle 132 is connected to the inside of the main body 131. When the destructor pulls the handle 132 strongly during a distress, (Not shown) formed in the tube 120 to fill the tube 120. Here, the handle 132 is exposed to the outside of the clothes 110 of the victim so that the victim is easily pulled out.

The gas supplier 130 may be mounted inside the tube 120 and may be mounted inside a protective cover 134 attached to the outside of the tube 120 as shown in FIG. The protective cover 134 is hermetically and tightly attached to the tube 120, so that the protective cover 134 can be attached with an adhesive. It is preferable that the outlet through which the gas is discharged when the gas supplier 130 is mounted to the protective cover 134 outside the tube 120 is fixed to be aligned with the inlet 135 formed in the tube 120.

When the gas supplier 130 is installed inside the tube 120, the gas discharged through the outlet is charged into the tube 120 and immediately expands the tube 120.

When the gas supply unit 130 is installed inside the protective cover 134, the protective cover 134 is made of a material that maintains air-tightness and watertightness. Therefore, Is charged into the tube 120 through the inlet 135 of the tube 120 because it does not leak out of the protective cover 134.

The LED module 140 is installed inside or outside the tube 120 as shown in FIGS. 5 to 6, and is illuminated by the power supplied when the victim pulls the handle 132, So that it can be identified. The LED module 140 can be easily manufactured in the tube 120 of the present invention because the LED module 140 is small in size and small in size. Since the LED module 140 is widely known to have a large electric consumption, the battery 160 can supply power for a long time.

3, the LED module 140 is electrically connected to the battery 160, and a switch S is provided on a wiring path of the LED module 140. The switch S includes a gas supply unit 130 and a handle 132 are connected to each other through a connection line 133. Accordingly, when the victim pulls the knob 132, the switch S operates to energize the wiring connecting the battery 160 and the LED module 140 to supply power to the LED module 140.

5 shows that the LED module 140 is mounted inside the tube 120 while being housed inside the protective cover 136. Since the LED module 140 is mounted inside the tube 120, the airtightness and the watertightness are maintained. Therefore, the LED module 140 irradiates the light emitted through the transparent window of the tube 120 to the outside, do.

6 shows that a protective cover 137 having a transparent window 137a is hermetically and watertightly attached to the outside of the tube 120 to mount the LED module 140 therein.

The GPS signal generator 150 is installed inside or outside the tube 120 and generates a GPS signal by the power of the battery 160 when a victim pulls the handle 132 to generate a GPS signal as shown in FIG. So that the GPS signal receiver 170 can receive the location of the victim. The GPS signal generator 150 and the GPS signal receiver 170 are currently known and widely used by the National Emergency Management Agency.

The GPS signal generator 150 is electrically connected to the battery 160 as shown in FIG. 3. A switch S is provided on a wiring path of the GPS signal generator 150. The switch S includes a gas supplier 130, And a connection line 133 for connecting the connection part 132 is provided. Therefore, when the victim pulls the handle 132, the switch S operates to supply power to the GPS signal generator 150 by energizing the wire connecting the battery 160 and the GPS signal generator 150.

5 shows that the GPS signal generator 150 is installed inside the tube 120 in a state that the GPS signal generator 150 is housed inside the protective cover 136. FIG. Since the GPS signal generator 150 is installed inside the tube 120, the airtightness and the watertightness are maintained. Therefore, the GPS signal generator 150 can safely generate an electromagnetic wave so that the GPS signal receiver 170 can receive the satellite signal, So that it can be confirmed.

6 shows the protective cover 137 attached to the outside of the tube 120 in an airtight and watertight manner to mount the GPS signal generator 150 therein.

The battery 160 supplies power to the LED module 140 and the GPS signal generator 150. It is preferable to use a thin plate having a plate shape so that the battery 160 can be mounted inside the tube 120. 5 shows that the battery 160 is mounted inside the tube 120 in a state that the battery 160 is accommodated in the inside of the protective cover 136. Figure 6 shows a state in which the battery 160 is housed in the protective cover 137 mounted on the outside of the tube 120 .

In the meantime, the diffusion member 180 is further connected to the LED module 140 so as to receive and diffuse the light emitted from the LED module 140. The diffusion member 180 may be mounted on the rear surface of the clothes 110 with a large area. The connecting material for transmitting the light emitted from the LED module 140 to the diffusion member 180 selects a material for transmitting light.

The diffusion member 180 is widely used in the industrial field. When the LED module 140 is mounted behind the clothes 110 of the victim, the light of the LED module 140 spreads to easily track the victim at night .

According to the present invention configured as described above, when the handle 132 is pulled out during the distress, the gas is filled in the tube to generate a buoyant force to obtain a victim who is in the water, and at the same time, the LED module 140 emits light, 150 generates electromagnetic waves to track the light of the LED module 140 and the electromagnetic waves of the GPS signal generator 150 at night as well as during the day so that the victim can quickly and easily be rescued.

100: Apparatus with saved signal device 110: Apparel
120: tube 121: transparent window
130: gas feeder 132: handle
134, 136, 137: protective cover 140: LED module
150: GPS signal generator 160: Battery
180: diffusion member 190: Velcro tape

Claims (6)

A tube 120 made of an airtight and watertight material and integrally or detachably mounted on the clothes 110 to be worn to maintain the expanded state when the gas is supplied thereto;
The compressed gas is stored inside the tube 120 or in communication with the tube 120. When compressed gas is stored in the tube 120, the compressed gas stored when the destructor pulls the handle 132 is discharged into the tube 120 A gas feeder (130) for expanding the tube (120);
An LED module 140 installed inside or outside of the tube 120 to allow the distresser to illuminate by the power supplied when the handle 132 is pulled to identify the position at night;
A GPS signal receiver 170 receives the signal and generates a GPS signal by a power supplied when the victim pulls the handle 132 and outputs the GPS signal to the clothes 110, A GPS signal generator 150 for determining the location of the victim; And
And a battery 160 for supplying power to the LED module 140 and the GPS signal generator 150,

Here, the tube 120 includes a transparent window 121 for protecting the LED module 140 so that light emitted from the LED module 140 can be emitted to the outside.
The gas supplier 130, the LED module 140, the GPS signal generator 150 and the battery 160 are mounted inside a protective cover 136 (137) attached inside or outside the tube 120, The protective cover 137 is formed of a transparent window 137a that protects the LED module 140 so that light emitted from the LED module 140 can be emitted to the outside;
The tube 120 is detachably mounted on the clothes 110 using a detachment means;
And a diffusion member (180) is further installed to be connected to the LED module (140) so as to receive and diffuse the light emitted from the LED module (140).

















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