KR100813421B1 - An emergency apparatus of one-touch type getting the light and oxygen-respiration and siren - Google Patents

Abstract

An emergency rescue apparatus having lighting, oxygen respiration, and position informing function accomplished by one-touch manner is provided to allow effective use in an emergency situation. An emergency rescue apparatus comprises: a common oxygen tank(110) having a valve part(116) with a structure to be closed when it is pressed, which includes a pressing body(140) equipped with an effusion pipe for guiding effused oxygen to the lateral side, a guide established on the upper part of pressing body, a terminal for charging(3) by which the valve part is pressed to be closed, and access switches(192a,192b) to be responsible for switching on operation of a lighting part and a position informing part; a lighting part(170) combined with the upper part of an oxygen tank; and a position informing part(180) established on the lighting part.

Description

An emergency apparatus of one-touch type getting the light and oxygen-respiration and siren}

1 is a schematic diagram showing a state in which the rescue device according to the present invention is stored in the storage box in case of emergency,

2 is a view showing a storage box in a state where the rescue mechanism is separated,

Figure 3 is an enlarged view showing in detail the operating portion of the rescue mechanism,

Figure 4 is a detailed view showing the operating state of the rescue mechanism,

Figure 5 is an enlarged view showing in detail the pressure regulator of Figure 3,

6 is a circuit diagram of a power supply unit, and

7 is a charging circuit diagram of a power supply unit.

<Description of the symbols for the main parts of the drawings>

1: storage box 2: seating groove

3: charging terminal 4: LED

100: emergency rescue device 110: oxygen tank

115: valve portion 116: valve body

120: pressure regulator 130: outer cap

140: pressed body 141: spout pipe

150: discharge line 160: mask

170: lighting unit 173: socket

180: position notification unit 191: battery

192a, 192b: connection switch

The present invention relates to an emergency rescue device made of a one-touch method of lighting, oxygen breathing and location notification in an emergency such as fire.

In general, in the case of a fire in an enclosed space, most of the asphyxiation due to exposure to many harmful gases and lack of oxygen.

In order to prepare for such asphyxiation, a mask often connected with an oxygen tank is often worn to prevent suffocation due to sufficient oxygen supply.

However, even if sufficient oxygen is supplied, it can also die if it is kept in a closed interior space for a long time.

In other words, when a fire occurs, as soon as enough oxygen is supplied, it is necessary to make a quick escape to the outside, so that it is possible to secure a view from the smoke, and the rescue personnel can be rescued by notifying their location.

On the other hand, even if it is equipped with such a breathing apparatus, lighting device and position notification device, if you do not know how to operate it can be useless, so if all these operations are performed by removing the rescue equipment without a separate operation will be more useful in an emergency Could be.

The present invention has been made to solve the above problems, and an object of the present invention is to provide an emergency rescue device that at the same time the lighting, coral respiration and location notification function at the same time to remove the rescue equipment stored in the storage box. have.

The present invention to achieve the above object,

In the emergency rescue mechanism including a conventional oxygen cylinder having a valve unit, an illumination unit coupled to the upper portion of the oxygen cylinder, and a position notification unit attached to the illumination unit,

Unlike ordinary valves, the valve has a structure that is closed when pressed, the valve is pressed by the charging terminal when the rescue mechanism is stored in the storage box, and a connection switch is provided on the upper side of the valve to be contacted when ascending. It provides an emergency rescue device made of a one-touch method of illumination, oxygen breathing and position notification function, characterized in that the operation of the lighting unit and the position notification unit.

At this time, the valve body of the valve unit is coupled to the pressing body formed with a spout pipe for guiding the oxygen to the side, the upper portion of the pressing body is formed with a guide protruding adjacent to the pressing body, the charging terminal between the pressing body and the guide It is desirable to dig into the pressed body.

The first connecting switch protrudes from the side of the pressing body, and the second connecting switch is formed at a position corresponding to the first connecting switch, and the first connecting switch and the second connecting switch are shifted from each other when the pressing body is lowered. It is preferable.

In addition, the discharge line is coupled to the discharge pipe, the discharge line may be connected to the mask to supply oxygen to the user.

In addition, a check pressure gauge is mounted on the oxygen cylinder and the discharge line to check the oxygen pressure in the oxygen cylinder and the pressure of the ejected oxygen.

On the other hand, the lower portion of the valve portion is equipped with a pressure regulator can induce a constant and continuous ejection of oxygen.

The battery for supplying power to the lighting unit and the position notification unit is connected to the connection switch, and the battery can be charged by being connected to the charging terminal.

Hereinafter, with reference to the accompanying drawings will be described an emergency rescue mechanism made of a one-touch lighting, oxygen breathing and location notification function according to an embodiment of the present invention.

1 is a schematic view showing a state in which the rescue device according to the present invention is stored in the storage box in case of emergency, and FIG. 2 is a view showing the storage box in a state where the rescue device is separated.

The rescue device according to the present invention is stored in a prominent place in the building to be able to open and use the storage box in case of emergency.

1 and 2, the storage box (1) in which the rescue device 100 according to the present invention is stored has a housing shape and one or more rescue devices 100 are placed therein.

The inside of the storage box (1) has a seating groove (2) is formed so that the structural mechanism 100 is placed, the charging terminal (3) is formed on the side of the seating groove (2).

And the front part of the storage box (1) is attached to one or more LEDs (4) that can light up even in the event of power failure.

In addition, a power supply supply 5 connected to the charging terminal 3 is formed on the side of the storage box 1 to charge the rescue device 100 while the rescue device 100 is placed.

Figure 3 is an enlarged view showing in detail the operating portion of the rescue mechanism, and Figure 4 is a detailed view showing the operating state of the rescue mechanism.

Referring to Figures 3 and 4, the emergency rescue mechanism 100 made of a one-touch lighting, oxygen breathing and location notification function according to the present invention is the oxygen cylinder 110, the valve unit 115, the discharge line 150, Outer cap 130, lighting unit 170, location notification unit 180 and a power supply.

First, the oxygen cylinder 110 is used for one-time use, the vaporized liquid oxygen is filled with vaporized gas oxygen. The upper portion of the oxygen cylinder 110 is a narrow passage is formed, the valve portion 115 is formed in this passage. And one side of the upper surface of the oxygen cylinder 110, the first pressure gauge 111 for displaying the pressure in the oxygen cylinder 110 is mounted.

The valve unit 115 has a structure that is pressed by an external force and, when pressed by an external force, springs out when the external force is extinguished, as opposed to a normal valve that ejects oxygen in the oxygen cylinder 110 by a pressing action. That is, a more enlarged passage is formed on the upper side of the passage, and a conventional valve body 116 is provided to be elastically supported in the expanded passage, and a lower end of the valve body 116 is attached with a gasket 117 to the valve. Only when the sieve 116 is pressed will block the narrow passage. The lower portion of the valve unit 115 formed as described above is equipped with a pressure control unit 120 for adjusting the ejection pressure of oxygen.

The pressure regulator 120 is to control the pressure by the pad having a void. FIG. 5 is an enlarged view showing the pressure control unit in detail, and the pressure control unit 120 includes a disc 121, an adjustment pad 123, and an adjustment cap 124 as shown in FIG. 5. Here, the disc 121 has a fastening jaw is formed in the passage tightly fixed, the inflow path 122 is formed on the outer peripheral surface of the disc 121. And the adjusting cap 124 is screwed to the inlet side of the passage, the suction passage 125 is formed in the center of the oxygen is moved to press the adjusting pad 123 by screwing the adjusting cap 124 give. In other words, the ejection pressure of oxygen is adjusted by the compression rate displacement of the adjustment pad 123 according to the movement of the adjustment cap 124. This can substantially control the amount of oxygen ejected to the valve 115 so that oxygen is not rapidly ejected in a short time.

In addition, a pressing body 140 for pressing the valve body 116 is mounted on the valve body 116. The pressing body 140 presses the valve body 116 to suppress the ejection of oxygen, and also has a blowoff pipe 141 which guides oxygen in one direction when oxygen is ejected from the valve body 116. . At this time, the discharge line 150 is coupled to the extension of the blowoff pipe 141.

The discharge line 150 is to guide the user to breathe the oxygen is ejected, one end is connected to the ejection pipe 141, the second pressure gauge 151 is formed at the other end. Here, the second pressure gauge 151 checks the pressure of the oxygen ejected to the user. The mask 160 is connected to the discharge line 150 formed as described above.

The mask 160 is a conventional mask covering the mouth and the nose, and a filtration filter 161 is mounted on the side thereof, and eye protection goggles may be further formed on the mask 160 (see FIG. 1).

Eye protection goggles are formed integrally with the mask, it is preferable that the inner space is formed separately so as not to communicate with each other. Because, when the internal space of the mask and the internal space of the goggles communicate, dew can form on the goggles by breathing out of the respirator, thereby preventing visibility.

Preferably, the rim of the mask and eye protection goggles is formed of an ergonomically designed soft member to be in close contact with the face and sealed.

On the other hand, the outer cap 130 is to be mounted on the upper portion of the oxygen cylinder 110, the through hole 131 is formed on the side so that the discharge line 150 penetrates while limiting the valve 115 inside. In addition, the ceiling of the outer cap 130 is formed with a guide 132 protruding adjacent to the pressing body 140. At this time, the guide 132 is attached to the pressing body 140 of the lower side or slightly spaced apart, the pressing body 140 while the charging terminal 3 is penetrated between the guide 132 and the pressing body 140. Press down. Due to such a series of actions, the valve unit 115 is closed. On the contrary, the valve unit 115 is opened when the charging terminal 3 is pulled out between the guide 132 and the pressing body 140. The interior of the outer cap 130, the lighting unit 170 and the position notification unit 180 is formed.

The lighting unit 170 is for securing a user's field of view and is formed to be exposed to the outside on one side of the outer cap 130. The lighting unit 170 includes a socket 171 and a light 172 mounted to the socket 171. And the socket 171 is attached to the position notification unit 180, which is a normal buzzer that makes a sound when power is supplied. The lighting unit 170 and the position notification unit 180 requires a power supply unit for supplying power.

The power supply unit includes a battery 191 and connection switches 192a and 192b. The battery 191 is attached to the inside of the outer cap 130, the connection switch (192a, 192b) is provided with two to be in contact with each other, the first connection switch (192a) to protrude on the side of the pressing body 140 The second connection switch 192b is formed on the inner surface of the outer cap 130 corresponding to the first connection switch 192. At this time, the first connection switch 192a and the second connection switch 192b are brought into contact with each other when the pressing body 140 is moved up and down when the pressing body 140 is pressed down. This is performed by a series of operations of the charging terminal 3 described above.

6 is a circuit diagram of a power supply unit, and FIG. 7 is a charging circuit diagram of a power supply unit.

As shown in FIG. 6, the positive electrode (+) of the battery 191 is connected to the first connection switch 192a by the power supply line, and the negative electrode (1) of the battery 191 is connected between the battery 191 and the components. The power supply line is connected to the lighting unit 170, the connection unit 170 and the position notification unit 180 are connected again, and the position notification unit 180 and the second connection switch 192b are connected to each other.

The battery 191 may always be charged in case of an emergency. That is, as shown in FIGS. 3 and 7, a charging electrode 193 is formed on the lower surface of the guide 132 to contact the charging terminal 3 when the charging terminal 3 penetrates. It is connected to the battery 191.

As described above, the rescue device according to the present invention can be effectively used in an emergency by operating the lighting and location notification at the same time as well as supplying oxygen with a single operation to remove the rescue device from the storage box.

Although described above with reference to a preferred embodiment of the present invention, those skilled in the art can be variously modified and changed within the scope of the invention without departing from the spirit and scope of the invention described in the claims You will understand.

Claims (7)

Emergency structure including a conventional oxygen cylinder 110 having a valve unit 115, an illumination unit 170 coupled to the upper portion of the oxygen cylinder 110, and a position notification unit 180 attached to the illumination unit 170 In the apparatus, Unlike the conventional valve, the valve unit 115 has a structure that is closed when pressed, the valve unit 115 is pressed by the charging terminal 3 when the rescue mechanism is provided in the storage box (1), The upper side of the valve unit 115 is provided with a connection switch (192a, 192b) to be contacted when raised so that the connection switch (192a, 192b) to operate the lighting unit 170 and the position notification unit 180 Emergency rescue equipment consisting of a one-touch method of illumination, oxygen breathing and location notification features. According to claim 1, The valve body 116 of the valve unit 115 is coupled to the pressing body 140 is formed with a spout pipe 141 for guiding the discharged oxygen to the side, the pressing body 140 of Illumination, characterized in that the guide 132 protruding adjacent to the pressing body 140 is formed in the upper portion so that the charging terminal 3 penetrates between the pressing body 140 and the guide 132, One-touch emergency rescue device with oxygen breathing and location notification. The method of claim 2, wherein the first connection switch 192a is formed on the side surface of the pressing body 140, and the second connection switch 192b is formed in a place corresponding to the first connection switch 192a. When the pressing body 140 is lowered, the first rescue switch 192a and the second connection switch 192b are provided with a one-touch method for providing emergency lighting, oxygen breathing, and position notification. . The method of claim 2, wherein the discharge pipe 141 is coupled to the discharge line 150, the discharge line 150 is a one-touch illumination, oxygen breathing and position notification function, characterized in that connected to the mask 160 Emergency rescue equipment in a manner. The emergency rescue apparatus according to claim 4, wherein the oxygen tank 110 and the discharge line 150 are equipped with check pressure gauges 111 and 151. The emergency rescue apparatus according to claim 1, wherein the pressure adjusting unit (120) is mounted under the valve unit (115). The method of claim 1, wherein the battery 191 for supplying power to the lighting unit 170 and the position notification unit 180 is connected to the connection switch (192a, 192b), the battery 191 is a charging terminal Emergency rescue equipment consisting of a one-touch method of illumination, oxygen breathing and location notification, characterized in that the charge is connected to (3).

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