KR20110061723A - Fire hose system including communication cable and its a coupling device for fire fighting robot - Google Patents

Abstract

PURPOSE: A fire hose system having a communication cable is provided to conspicuously change a communications method with a fire fighting robot. CONSTITUTION: A fire hose system having a communication cable comprises: a lead-in connection device(1) which can interlink a communication cable sent to a computer or a video device and combine a general fire hose; a wire cable embedded fire hose devices(2) which is connected to the lead-in connection device; and a terminal connection device(3) in which one end thereof is combined with the wire cable embedded fire hose device and the other end thereof is combined with a terminal fire fighting nozzle.

Description

Fire Hose System including Communication Cable and Its A Coupling Device for Fire Fighting Robot}

The present invention relates to a fire hose equipped with a wired communication cable for a fire fighting robot and a connector thereof, and more specifically, a power supply for controlling a fire fighting robot to a fire hose connected to supply a fireman to the fire fighting robot and the fire robot. A fire hose system incorporating a wired communication cable including a data transmission line for transmitting an image or temperature data to an outside of a fire engine or the like.

Hot fires and combustion gases usually cause great damage in the place of fire, especially when there is a high temperature flame and there is a risk of explosion. In severe flames, the fire site may not be accessible.

Particularly, there were problems such as being unable to effectively extinguish a fire because people or firefighting apparatuses could not be accessed in a place where a person could not enter and made into a narrow space.

In order to solve this problem, although various fire robots or fire fighting equipments have been invented that can be used instead of humans at the fire site, the fire robots should be supplied under a high temperature environment in which the fire water supply and power and control cables should be supplied. Because of this, the fire robot is not used properly in actual situations.

In addition, the fastening method of the fire hose is a screw fastening method that has been in progress since the past 40 years. It took time to fasten each 15m unit. In the old days, the building was single-story and there were many wooden conditions. However, in the present case, there are many underground and high-rise / concrete buildings, so it is difficult to propagate and grasp the situation through the radio.

In addition, the control cable is built into the outer portion of the fire hose to provide a control function.

Until now, we have used fire hoses as a fire extinguishing water supply device to simply turn off the fire, but by solving the above problems, we have developed a fire hose communication connection device that can be used efficiently for fire fighting robots and firefighters. By providing a solution to communication problems for robots and a way for firefighters to change the way of fastening and communication in the past, they can contribute to the increase of corporate profits and the development of Korean firefighting technology.

Registered Room 20-0408959 Fire hoses posted on the protective shell are susceptible to heat, and the cable connection method of each fire hose has a problem of being vulnerable to heat by installing a plug and a socket. Utility Model Office 1996-0002789 The method posted by the signal contact device also inserts the cable into the outer shell of the fire hose, and the cable connection method of the connection part of the fire hose is vulnerable to heat by installing plugs and sockets and has the same problem of waterproofing the cable. Posted as a lighting communication communication aid for firefighting raises a problem similar to the above-mentioned registration utility model.

In order to solve the above problems, the present invention is inconvenient in connection and withdrawal and connection of the wire to the fire hose eliminates the problem of waterproofing and can be continuously connected in one-touch unit in 30m unit and solve the communication problem with the fire robot It is a problem to be solved by the present invention to provide a fire hose system with a built-in wired communication cable that can drastically change the past fastening method and communication method.

The present invention provides a fire hose system that is equipped with a wired communication cable for supplying firefighters for the fire extinguishing and transmitting data and image information, wherein the fire hose system can be combined with a general fire hose and sent to a computer or an image device. An inlet connection device for connecting a communication cable; A plurality of wired cable built-in fire hose devices coupled to the inlet connection device and passed through the fire water and embedded in the wired communication cable; One end is combined with the wired cable built-in fire hose device and the other end is composed of the end connection device is combined with the end fireman window device handed by the fire fighting robot (A) or firefighters.

The fire hose device with a wired cable includes: a fire hose through which the fireman and the wired communication cable pass; A fire hose mail connector, one side of which is coupled to the inlet connection device and the other side of which is coupled to the fire hose and to which a fireman is supplied; A fire hose female connector coupled to one end of the fire hose and coupled to the fire hose male connector or the terminal connecting device; A wired communication cable mail connector coupled to the wired communication cable supplied from the inlet connection device to send the wired communication cable to the fire hose; It is installed on the circumferential surface of the fire hose female connector is composed of a wire communication cable female connector through which the wire communication cable supplied from the fire hose.

The inlet connection device is a fire line connector coupled to the fire line supplied with the fire water, the wired communication cable is retracted and wired communication cable inlet connector is installed on the outer circumferential surface of the fire hose connector, coupled to the fire hose mail connector It consists of an incoming female connector.

The terminal connecting device is combined with a fire hose female connector of the fire hose device of the wired cable and the fire water passes through the wired communication cable from the terminal wired communication cable mail connector to be introduced into the fire robot or the fire nozzle. A terminal mail connector for supplying a communication cable, and a terminal wire communication cable mail connector to which the power is connected in combination with the wire communication cable female connector.

The fire hose can be solved by the fire hose system with a wired communication cable which is a structure in which the fire hose connector for coupling with the fire hose female connector and the fire hose female connector is formed at both ends.

According to the present invention, since a wired communication cable is inserted into the fire hose in various indoor fire situations, the heat resistance function is enhanced by the fire fighter, eliminating the interruption of communication. By developing a fire hose communication connection device that can solve the problem and efficiently use the fire robot and the actual firefighter's fire fighting activities, it can solve the communication problem for the fire robot and drastically change the past connection method and communication method for the firefighter. Providing a method to increase profits and contribute to the development of Korea's firefighting technology, it is possible to reduce the cost of maintenance by making a 30-meter unit and continue connecting as necessary.

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

1 is an overall perspective view of a fire hose system incorporating a wired communication cable according to the present invention, FIG. 2 is an overall cross-sectional view of a fire hose system incorporating a wire communication cable according to the present invention, and FIG. 3 is a wire line according to the present invention. A cross-sectional view of an inlet connection device of a fire hose system incorporating a communication cable, FIG. 4 is a cross-sectional view of a fire hose system incorporating a wire communication cable of a fire hose system incorporating a wire communication cable according to the present invention, and FIG. End connection device cross-sectional view of the fire hose system with a built-in communication cable, Figure 6 is a coupling diagram of the end connection device and the fire robot of the fire hose system with a wired communication cable according to the present invention, Figure 7 is a present invention A detailed cross-sectional view of an inlet connection device of a fire hose system with a built-in wired communication cable according to the present invention, and FIG. 8 is a fire hose with a wired communication cable according to the present invention. 9 is a detailed cross-sectional view of an inlet connection device fire line connector of a system, and FIG. 9 is a perspective view of an inlet connection device inlet female connector of a fire hose system incorporating a wire communication cable according to the present invention, and FIG. 10 is a wired communication cable according to the present invention. Inlet connection device wired communication cable inlet connector cross-sectional view of the built-in fire hose system, Figure 11 is a cross-sectional view of the fire hose device mail connector of the fire hose system incorporating a wired communication cable according to the present invention, Figure 12 is a wired line according to the present invention Fig. 13 is a detailed view of a mail body of a fire hose device mail connector of a fire hose system incorporating a communication cable, and FIG. 13 is a cross section of a fire hose device female connector of a fire hose system incorporating a wire communication cable according to the present invention. Female body image of a fire hose device female connector of a fire hose system incorporating a wired communication cable according to the present invention 15 is a detailed cross-sectional view of a fire hose system of a fire hose system incorporating a wire communication cable according to the present invention. FIG. 16 is a fire protection system of a fire hose system having a wire communication cable according to the present invention. Hose device Wire communication cable Female connector Detailed cross-sectional view, Figure 17 is a cross-sectional view of the end mail connector of the fire hose system incorporating the wire communication cable according to the present invention, Figure 18 is a fire hose incorporating a wire communication cable according to the present invention End mail connector of the system is a detailed view of the mail node, Figure 19 is a detailed cross-sectional view of the end wire communication cable mail connector of the fire hose system incorporating the wire communication cable according to the present invention, Figure 20 is a built-in wire communication cable according to the present invention One-touch type coupler perspective view of a fire hose system, Figure 21 is a wired communication cable built in according to the present invention Wired cable built-in fire hose system of the fire hose system and a connection picture of the device, Figure 22 is an application of a fire hose system with a built-in wired communication cable according to the present invention.

1 and 2, the fire hose system incorporating the wired communication cable of the present invention has a built-in wired communication cable for supplying firefighters for extinguishing fire and transmitting data and video information. In the fire hose system (A), the fire hose system (A) and the inlet connection device (1) which can be connected to the general fire hose and can connect the wired communication cable (B) to the computer or imaging device; A plurality of wired cable built-in fire hose devices (2) coupled to the inlet connection device (1) and having a fire water passing through the wired communication cable (B); One end is combined with the wired communication cable built-in fire hose device (2) and the other end is composed of the end connection device (3) coupled with the end fireman window device that the fireman robot (C) or firefighters are handed.

The fire hose unit (2) having a wired communication cable has two types of mail connectors and female connectors, and thus can be continuously connected according to a required length. Normal fire hoses can be produced on a basis of 15M, 20M, and 30M. Even when the hose 22 is torn or replaced, only one replacement can be used again.

The fire hose connector 221 is preferable to adopt a one-touch type because the working time can be reduced to 1/5 than the general screw type.

Connection pins 121 are formed on the wired communication cable inlet connector 12 and the wired communication cable female connector 25, and the wired communication cable mail connector 24 and the terminal wired communication cable mail connector 32 are formed. In the connection hole 321 is formed, the connection pin 121 is inserted into the connection hole 321 is connected to the wired communication cable.

As shown in Figure 3 and 7 the lead-in connection device 1 is a fire line connector 11 and the wired communication cable (B) is coupled to the fire line is supplied with the fire water is supplied to the fire line It consists of a wired communication cable inlet connector 12 installed on the outer circumferential surface of the connector 11, and an inlet female connector 13 coupled to the fire hose male connector 21.

The fire line connector 11 is made of a male type so that a quick coupler type can be connected directly to shorten the connection time, and the incoming female connector 13 is also installed as a one-touch quick coupling type. It is preferable to be able to be coupled directly with the fire hose male connector 21.

As shown in FIG. 4, the wired communication cable-embedded fire hose device 2 includes: a fire hose 22 through which the firefighter and the wired communication cable B pass between an inside or a double sheath and a sheath; One side is coupled to the inlet connection device (1) and the other side is coupled to the fire hose (22) and the fire hose male connector 21 is supplied with the fire water; A fire hose female connector 23 coupled to one end of the fire hose 22 and coupled to the fire hose male connector 21 or the terminal connecting device 3; A wired communication cable mail connector (24) for coupling the wired communication cable (B) supplied from the inlet connection device (1) to send the wired communication cable (B) to the fire hose (22); It is installed on the circumferential surface of the fire hose female connector 23 and consists of a wired communication cable female connector 25 through which the wired communication cable B supplied from the fire hose 22 passes, and the fire hose Fire extinguishing hose connector 221 for coupling with the fire hose male connector 21 and the fire hose female connector 23 is formed at both ends of the end (22).

The fire hose unit (2) having a wired communication cable has two types of mail connectors and female connectors, and thus can be continuously connected according to a required length. Normal fire hoses can be produced on a basis of 15M, 20M, and 30M. Even when the hose 22 is torn or replaced, only one replacement can be used again.

The fire hose connector 221 is preferable to adopt a one-touch type because the working time can be reduced to 1/5 than the general screw type.

The method of embedding the wired communication cable (B) in the fire hose 22 is not limited to being inserted into the fire hose 22 and the fire hose 22 may be made of a double sheath for heat resistance. The wire may pass through the cable between the sheath and the sheath.

As shown in FIG. 5, the terminal connecting device 3 is combined with the fire hose female connector 23 of the wired cable built-in fire hose device 2, and the fire water passes through the terminal wired communication cable mail connector ( 32) a wired communication cable (B) from the terminal 32 is supplied into the terminal mail terminal 31 for supplying the wired communication cable (B) to the end fireman window device which is fired by the fire robot (C) or the fireman, and the wired cable. Combination with the communication cable female connector 25 is composed of a terminal wired communication cable mail connector 32 to which the power is connected.

As shown in FIG. 6, FIG. 6-1 shows that the terminal connecting device 33 is coupled to the fire fighting robot C. FIG. 6-2 shows a fire hose system having a wired communication cable. It shows that it is coupled to the robot and shows that the connection is inconvenient at the lead-out and connection point of the wire and the problem of waterproofing is solved.

As shown in FIG. 8, the fire line connector 11 of the inlet connection device 1 includes a fire line connection mail 112 and two wire communication cable inlet connector coupling holes 111 and an inlet female connector connection mail. 113 is formed, can be connected to the fire line and the wired communication cable inlet connector 12 is installed on the flat surface of the upper side is coupled to the wired communication cable inlet connector coupling hole 111 is installed by a bolt The male connector 13 is coupled to the left side.

As shown in FIG. 9, the incoming female connector 13 is a one-touch quick coupling type and can be combined with the fire hose male connector 21 by one touch, which is combined with a time of 1/5 than a screw type coupling type. This can shorten the connection work time.

As shown in FIG. 10, the wired communication cable inlet connector 12 includes a cylindrical front case 124, a rear cap 127, an inner case 125, and a partition bracket 126, and the partition bracket 126. ) Is formed in the coupling hole 122 is installed on the fire line connector 11 is coupled to the wired communication cable inlet connector coupling hole 111 and the bolt.

The wired communication cable (B) is molded with a thermoplastic resin at the back and the middle to seal the water from entering.

As shown in FIG. 11, the fire hose device mail connector 21 includes a mail body 210 and an inlet connection device connecting mail 210a, and a wired communication cable mail connector 24 on an outer circumferential surface of the mail body 210. ) Is installed.

As shown in FIG. 12, the mail body 210 includes a cable passage hole 211, a wire communication cable mail connector coupling hole 212, a wire communication cable mail connector coupling surface 213, and a fire hose connection mail 214. ) Is formed and coupled with the inlet connecting device connecting mail 210a. The wired communication cable B from the wired communication cable mail connector 24 descends to the cable passing hole 211 and passes through the fire hose 22.

As shown in FIG. 13, the fire hose female connector 23 is composed of a female body 230 and an end connecting device connecting female body 230a, and a wired communication cable on an outer circumferential surface of the female body 230. The female connector 24 is installed, and the terminal connecting device connecting female member 230a is coupled to the male female connector 31 and can be quickly combined with a one-touch quick coupling type.

As shown in FIG. 14, the female body 230 includes a cable passing hole 231, a wired communication cable mail connector coupling hole 232, and a wired communication cable female connector coupling surface 233, and a fire hose connecting mail. 234 is formed and combined with the inlet connecting device connecting mail 210a. The wired communication cable B coming out of the fire hose 22 is raised to the cable passing hole 211 and is connected to the wired communication cable female connector 25.

As shown in FIG. 15, the fire hose device wired communication cable mail connector 24 includes a cylindrical front case 243, a rear cap 242, an inner case 244, and a partition bracket 245. The bracket 245 is provided with a coupling hole 2251 is installed on the fire hose male connector 21 is coupled to the wire communication cable male connector coupling hole 212 and the bolt.

A connection hole 321 is formed in the wire communication cable male connector 24, and a connection pin 121 is formed in the wire communication cable insertion connector 12, and the connection pin 121 is formed in the connection hole 321. The insertion is connected to the wired communication cable and the wired communication cable (B) is passed through the molding process with a thermoplastic resin 241 in the middle to seal the water from entering.

As shown in FIG. 16, the fire hose device wired communication cable female connector 25 includes a cylindrical front case 253, a rear cap 252, an inner case 254, and a partition bracket 255. A partition hole 255 is formed in the partition bracket 255 and is installed on the fire hose female connector 23, and is coupled to the wired communication cable female connector coupling hole 232 by a bolt.

A connection pin 121 is formed in the wired communication cable female connector 25, and a connection hole 321 is formed in the terminal wired communication cable male connector 32, and the connection pin () is formed in the connection hole 321. 121) is inserted and the wired communication cable is connected, and the wired communication cable (B) passing portion is molded with a thermoplastic resin in the middle to seal the water from entering.

As shown in FIG. 17, the terminal mail connector 31 includes a mail body 310 and a fire hose connecting mail 310a, and a terminal wired communication cable mail connector 32 is formed on an outer circumferential surface of the mail body 310. Is installed.

As shown in FIG. 18, the mail body 310 includes a cable passing hole 311 and a terminal wire communication cable mail connector coupling hole 312 and a terminal wire communication cable mail connector coupling surface 313 and a fire robot connection mail. 314 is formed and combined with the fire hose connection mail (310a). The wired communication cable (B) coming out of the terminal wired communication cable mail connector 32 descends into the cable passing hole 311 and passes through the fire hose connection mail 310a to enter the fire fighting robot (C).

As shown in FIG. 19, the terminal wired communication cable mail connector 32 includes a cylindrical front case 323, a rear cap 322, an inner case 324, and a partition bracket 325. 325 is formed in the coupling hole (3251) is installed on the fire hose male connector 21 is coupled to the wire communication cable male connector coupling hole 212 and the bolt.

A connection hole 321 is formed in the terminal wired communication cable male connector 32, and a connection pin 121 is formed in the wired communication cable female connector 25, and the connection pin () is formed in the connection hole 321. 121) is inserted and the wired communication cable is connected, and the wired communication cable (B) passing portion is molded with a thermoplastic resin in the middle to seal the water from entering.

FIG. 20 illustrates a one-touch type quick coupler, wherein the incoming female connector 13 and the fire hose female connector 23 and the fire hose connector 221 are coupled to the male connector by pressing the lock lever 131. One-touch type, the coupling method is to fully insert the male connector into the female connector to press the locking lever 131, the inner rotary part is rotated by pressing the locking lever 131 in the groove formed on the outer peripheral surface of the male connector As it is inserted into the groove, it is compressed to be tightly connected to the packing inside the female connector and prevent leakage.

As shown in FIG. 21, a wired cable built-in fire hose device and a wired cable built-in fire hose device are actually connected to each other.

As shown in the application diagram of the fire hose of Figure 22, the end connection device 33 of the fire hose system with a built-in wired communication cable is connected to the end fireman window device or fireman helmet unit handed by the fire robot (C) or firefighters It is shown that firefighters can transmit video signals or other fire conditions, receive instructions or other transmissions from fire trucks or fire command centers, and control the fire robots in conjunction with the fire robot controller.

According to the present invention described above, since a wire communication cable is inserted into the fire hose in various indoor fire situations, the heat resistance function is enhanced by the fire fighter, eliminating the communication breakdown situation, and the connection is inconvenient at the lead-out and the connection point of the wire, and there is a problem in waterproofing. By developing a fire hose communication connection device that can solve this problem and can be used efficiently for fire fighting robot and actual firefighter's fire fighting activities, it solves communication problems with fire robots and drastically changes past tightening methods and communication methods for firefighters. By providing a way to improve the profits of the company and contributes to the development of Korea's firefighting technology, it is possible to reduce the maintenance costs if the unit is manufactured in units of 30 meters and continuously connected as necessary.

1 is an overall perspective view of a fire hose system incorporating a wired communication cable according to the present invention;

2 is an overall cross-sectional view of a fire hose system incorporating a wired communication cable according to the present invention.

Figure 3 is a cross-sectional view of the inlet connection device of the fire hose system with a wired communication cable according to the present invention

4 is a cross-sectional view of a wired communication cable built-in fire hose system of a fire hose system with a built-in wired communication cable according to the present invention.

Figure 5 is a cross-sectional view of the end connection device of the fire hose system with a wired communication cable according to the present invention

Figure 6 is a coupling diagram between the end connection device and the fire robot of the fire hose system with a wired communication cable according to the present invention

Figure 7 is a detailed cross-sectional view of the inlet connection device of the fire hose system with a wired communication cable according to the present invention

Figure 8 is a detailed cross-sectional view of the inlet connection device fire line connector of the fire hose system with a wired communication cable according to the present invention

9 is a perspective view of an incoming connection device of an incoming female connector of a fire hose system incorporating a wired communication cable according to the present invention;

10 is a cross-sectional view of a wired communication cable inlet connector of the inlet connection device of a fire hose system incorporating a wired communication cable according to the present invention.

11 is a cross-sectional view of a fire hose device mail connector of a fire hose system incorporating a wired communication cable according to the present invention.

12 is a detailed view of a mail body of a fire hose device mail connector of a fire hose system incorporating a wired communication cable according to the present invention;

13 is a cross-sectional view of a fire hose device female connector of a fire hose system incorporating a wired communication cable according to the present invention.

14 is a detailed view of a female body of a fire hose device female connector of a fire hose system incorporating a wired communication cable according to the present invention.

15 is a detailed cross-sectional view of a fire hose system wire communication cable mail connector of a fire hose system incorporating a wire communication cable according to the present invention.

16 is a detailed cross-sectional view of a fire hose system wire communication cable female connector of a fire hose system incorporating a wire communication cable according to the present invention.

17 is a cross-sectional view of a terminal mail connector of a fire hose system incorporating a wired communication cable according to the present invention.

18 is a detailed view of the end mail connector mail node of the fire hose system incorporating a wired communication cable according to the present invention;

19 is a detailed cross-sectional view of a terminal wire communication cable mail connector of a fire hose system incorporating a wire communication cable according to the present invention.

20 is a perspective view of a one-touch type coupler of a fire hose system incorporating a wired communication cable according to the present invention.

Figure 21 is a connection picture of the device and the built-in wire hose fire hose system of a fire hose system with a wire communication cable according to the present invention

22 is an application of a fire hose system with a wired communication cable according to the present invention

<Code Description of Main Parts of Drawing>

A: Fire Hose System

B: Wired communication cable C: Fire fighting robot

1: Inlet connector 11: Fire line connector

111: wired communication cable inlet connector coupling hole 112: fire line connection mail

113: incoming female connector mail 12: wired communication cable incoming connector

121: connection pin 122: coupling hole

123: molding process part 13: incoming female connector

131: lock lever

2: Fire hose device with wired communication cable 21: Fire hose mail connector

210: mail body 210a: incoming connection device connection mail

211: cable passing hole

212: wired communication cable male connector

213: Wired communication cable mail connector coupling surface 214: Fire hose connection mail

22: fire hose 221: fire hose connector

23: fire hose female connector 230: female body

230a: end connection device connection female 231: cable through hole

232: wired communication cable female connector

233: mating surface of wired communication cable female connector

234: mail connection to the fire hose 24: wired communication cable mail connector

241: malting process 25: wired communication cable female connector

3: terminal connection device 31: terminal mail connector

310: mail body 310a: fire hose connection mail

311: cable passing hole

312: end wired communication cable male connector

313: end wired communication cable male connector

314: Fire Robot Connection Mail

32: end wired communication cable mail connector 321: connection hole

Claims (5)

In the fire hose system (A) with a built-in wired communication cable for supplying firefighters and delivering data and video information for fire suppression, The fire hose system (A) is an inlet connection device (1) that can be connected to the general fire hose and can be connected to a wired communication cable (B) sent to a computer or an image device; A plurality of wired cable built-in fire hose devices (2) coupled to the inlet connection device (1) and having a fire water passing through the wired communication cable (C); One end is combined with the wired communication cable built-in fire hose device (2) and the other end is composed of the end connection device (3) coupled with the end fireman window device that the fire robot (C) or firefighters hand, The fire hose unit (2) with a wired communication cable includes a fire hose (22) through which the firefighter and the wired communication cable (B) pass inside; One side is coupled to the inlet connection device (1) and the other side is coupled to the fire hose (22) and the fire hose male connector 21 is supplied with the fire water; A fire hose female connector 23 coupled to one end of the fire hose 22 and coupled to the fire hose male connector 21 or the terminal connecting device 3; A wired communication cable mail connector (24) for coupling the wired communication cable (B) supplied from the inlet connection device (1) to send the wired communication cable (B) to the fire hose (22); Is installed on the circumferential surface of the fire hose female connector 23 is composed of a wired communication cable female connector 25 through which the wired communication cable (B) supplied from the fire hose (22), The inlet connection device 1 is a wireline communication line which is connected to the fire line connector 11 and the wire line communication cable (B) which is connected to the fire line supplied with the fire water, and is installed on the outer circumferential surface of the fire line connector 11 A cable inlet connector 12 and an inlet female connector 13 coupled with the fire hose male connector 21;  The end connection device (3) is combined with the fire hose female connector 23 of the built-in fire hose unit 2 of the wired cable, the fire water passes through and the wired communication cable coming out of the end wired communication cable mail connector 32 ( B) is introduced into the end and the end mail connector 31 for supplying the wired communication cable (B) to the fire fighting robot (C) or the fire nozzle (D) and the wired communication cable female connector (25) It consists of a wired communication cable mail connector 32 to which the power is connected. Fire protection with a built-in wired communication cable having a structure in which the fire hose connector 221 for coupling with the fire hose male connector 21 and the fire hose female connector 23 are formed at both ends of the fire hose 22. Hose system. The method of claim 1, The inlet female connector 13, the fire hose female connector 23 and the fire hose connector 221 is a one-touch type that is combined with the mail connector when the lever is pressed, the fire hose with a built-in wire communication cable system. The method of claim 1, Connection pins 121 are formed on the wired communication cable inlet connector 12 and the wired communication cable female connector 25, and the wired communication cable mail connector 24 and the terminal wired communication cable mail connector 32 are formed. In the connection hole 321 is formed a fire hose system with a built-in wired communication cable, characterized in that the connection pin 121 is inserted into the connection hole 321 is connected to the wired communication cable. The method of claim 1, The wired communication cable B of the wired communication cable inlet connector 12, the wired communication cable mail connector 24, the wired communication cable female connector 25 and the terminal wired communication cable mail connector 26 pass through. The fire hose system with a built-in wire communication cable, characterized in that the structure is processed by a method such as molding to block the firefighter so that the fire water does not leak on the wire communication cable (B). The method of claim 1, Cable passing holes 211, 231, and 311 are formed on the outer circumferential surfaces of the fire hose male connector 21, the fire hose female connector 23, and the terminal male connector 31, in which the wired communication cable B is inserted or drawn out. Fire hose system incorporating a wired communication cable, characterized in that.

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