KR20080000345U - A cable assembly and - Google Patents

Abstract

The present invention has one end of the cable assembly consisting of a plurality of cables connecting the balkan cell body on the deck and the junction box inside the deck, the one end is connected to the balkan body and one end, the cable is configured so that the individual cable is connected to each terminal of the junction box The present invention relates to an assembly and a ship's balkan gun mounting structure using the same.

The present invention for this purpose, the balkan body provided on the deck outside; A connector provided at one side of the balkan fob body for one-touch connection of a cable for operation and power supply of the balkan fob body; A junction box provided inside the deck and controlling the operation and power supply of the balkan; A signal cable assembly, one end of which is connected to the connector and the other end of which is connected to the junction box through the deck to transmit a signal for controlling the swing and vertical elevation of the Balkan gun body; One end is connected to the connector and the other end is connected to the junction box through the deck, the power communication cable assembly for transmitting the power supply and communication signals for the operation of the Balkanpo; is configured to include. According to the present invention having such a configuration, there is an advantage that the maintenance light installation becomes easy.

Ships, Balkans, Cables, Junction Boxes

Description

Cable assembly and ship's balkan fabric mounting structure {A cable assembly and}

The present invention relates to a cable assembly and a balkan fabric mounting structure for use of the same.

In general, military ships are equipped with a variety of guns, of which 20mm Balkans are mounted on the deck to counter close range enemies. The balkan gun body is mounted on the deck so as to be pivotable, and the barrel can be moved up and down to adjust the elevation.

1 is a schematic view showing a mounting structure of a ship Balkan gun Balkan gun according to the prior art.

Looking at the mounting structure of the balkan fabric 1 according to the prior art with reference to the drawings, the balkan gun body 5 is mounted on the upper surface of the deck (3) forming the hull of the ship. The Balkan body (5) is to perform the operation for shooting, such as pivoting in the horizontal direction or the elevation is adjusted, the junction box (6) for such a fire control is arranged on the upper surface of the deck (3) It is configured to be exposed to.

The Balkanpo body (5) and the junction box (6) is connected by a plurality of cables are transmitted signals for operation, power and communication signals and the like. That is, the Balkan body 5 and the junction box 6 is a signal cable 7 for transmitting a signal for instructing the driving of the Balkan body 5, and a power cable assembly for transmitting power for operation ( 9) and, respectively, by communication cable assemblies 8 which carry signals for communication.

The signal cable assembly 7, the communication cable assembly 8, and the power cable assembly 9 are constituted by a plurality of cables each formed in a bundle, and the signal cable assembly 7 and the communication cable assembly ( 8), both ends of the power cable assembly 9 are provided with a quick connectable connector.

The connector provided at both ends of the signal cable assembly 7, the communication cable assembly 8, and the power cable assembly 9 has a corresponding shape provided in the balkan body 5 and the junction box 6. Is connected to the connector can be operated to enable the operation for shooting the balkan (1).

However, this conventional technology has the following problems.

First, one end of the signal cable assembly 7, the communication cable assembly 8, and the power cable assembly 9, that is, the end connected to the junction box 6 is formed in a connector shape.

Such connectors are larger than the diameters of the signal cable assembly 7, the communication cable assembly 8, and the power cable assembly 9, so that the junction box 6 is located inside the deck and thus the deck 2. When penetrating through the deck 2, an unnecessary large hole can be formed. To avoid this, the junction box 6 is disposed outside the deck 2, and the junction box 6 and the signal cable are connected by the connector. The assembly with the assembly 7, the communication cable assembly 8, and the power cable assembly 9 takes place outside of the deck.

Therefore, the junction box 6 is exposed to the outside of the deck, there is a problem such as corrosion or damage caused by the sea wind and sea water, damage or abnormal operation due to external impact.

In addition, one cable among a plurality of cables constituting the signal cable assembly 7, the communication cable assembly 8, and the power cable assembly 9 connecting the Balkan body 5 and the junction box 6 to each other. If an abnormality occurs, there is a problem in that the entire signal cable assembly 7 or the entire power cable assembly 9 needs to be replaced because the abnormal cable cannot be quickly found or corrected.

In addition, the total number of cable assemblies connecting the Balkan body 5 and the junction box 6 is three, so that the formation of each connection portion for this is also a problem in manufacturing cost and productivity.

The purpose of the present invention is one end of the cable assembly consisting of a plurality of cables connecting the balkan cell body on the deck and the junction box inside the deck is one-touch connection with the balkan cell body, the other end is configured so that individual cables are connected to each terminal of the junction box It is to provide a cable assembly and a ship cannon mounting structure for ships using the same.

Balkan fabric mounting structure for ships according to the present invention for achieving the above object, the balkan gun body provided outside the deck; A connector provided at one side of the balkan fob body for one-touch connection of a cable for operation and power supply of the balkan fob body; A junction box provided inside the deck and controlling the operation and power supply of the balkan; One end is connected to the connector and the other end is connected to the junction box through the deck, the signal cable for transmitting a signal for controlling the swing and vertical elevation of the Balkan gun body is connected to the connector one end and the other end is the deck And a power communication cable assembly connected to the junction box and transmitting power supply and communication signals for the operation of the Balkanpo.

In addition, the signal cable assembly, a plurality of signal cables for transmitting the operation signal; A cable receiving member for receiving the signal cable in one bundle; One end of the plurality of signal cables is connected, and a signal connector having a corresponding shape such that the plurality of signal cables are connected to one side of the connector by one-touch coupling; And a terminal lug such that an end of each of the plurality of signal cables is connected to a corresponding terminal of the junction box, respectively.

In addition, the power cable assembly includes a plurality of power cables for power supply and communication signal transmission for operation; A cable receiving member for receiving the power cable in one bundle; One end of the plurality of power cables is connected, and a power communication connector having a corresponding shape such that the plurality of power cables are connected to one side of the connector by one-touch coupling; A terminal lug such that ends of each of the plurality of power cables are each connected to corresponding terminals of the junction box.

In addition, the connector is provided with a connector connector formed in a shape corresponding to the signal connector and the power communication connector, respectively, so that a plurality of signal cables and power cables can be connected to the connector by one coupling operation.

In addition, the cable receiving member and the power cable receiving member is formed in a tube shape, the terminal lug and the terminal lug is exposed to the outside.

In addition, the cable receiving member surrounds the signal cable and the power cable like a band to form one bundle each.

In addition, the junction box is provided with respective terminals having a shape corresponding to the terminal lugs and the terminal lugs, and individually coupled to the corresponding terminal lugs and the power cable lugs.

In addition, the terminal lug and the terminal lug is equipped with a ship Balkan gun mounting structure is further provided with a marking means for each cable.

In addition, the cable assembly according to the present invention in another aspect, in the cable assembly for connecting the Balkanfo body and the junction box for the transmission of signals, power or communication for the operation of the Balkanpo mounted on the ship, the signal, power or communication A plurality of cables to carry; Receiving member for receiving the cable in one bundle; A connector to which ends of the plurality of cables are connected to form an assembly; It is provided at each of the other end of the plurality of cables, each cable is configured to include a terminal lug coupled corresponding to each terminal provided in the junction box.

In addition, the receiving member is formed in a tube shape, and is formed to surround the entirety of the plurality of cables except the plurality of terminal lugs in one bundle.

The terminal lug further includes: marking means provided on each cable exposed out of the receiving member to identify each cable; It is configured to include a connecting means provided at the end of the cable connected to the junction box.

In the cable assembly and the ship Balkan fabric mounting structure according to the present invention, the cable assembly connected between the connector and the junction box provided in the main body of the Balkan is connected to the connector is formed of a connector, the part connected to the junction box is It is configured to be connected directly it is possible to arrange the junction box inside the deck.

Therefore, the junction box is not exposed to sea water or sea wind, thereby preventing corrosion and improving durability, and being able to be safely protected from impact on the deck, thereby enabling more stable operation, thereby improving stability. .

A terminal lug corresponding to each cable is formed at an end of the cable assembly connected to the junction box, and the terminal lug is coupled to correspond one-to-one to each terminal provided in the junction box.

Therefore, when a problem such as wiring or short-circuit of the cable constituting the cable assembly occurs, it is possible to test through the terminal lug, and when a problem occurs, the problem is easily confirmed by disconnecting the problem cable and connecting it using a spare cable. And it becomes possible to expect the effect that the serviceability is greatly improved, such as processing is possible.

Hereinafter, specific embodiments of the present invention will be described in detail with reference to the accompanying drawings. However, the present invention may not be limited to the embodiments in which the idea of the present invention is presented, and other embodiments included in the spirit of the present invention or other designs that are degenerate by addition, modification, or deletion of other components may be easily provided. Can suggest.

Figure 2 is a schematic view showing a mounting structure of the ship's balkans according to the present invention, as shown in the figure, the balkan gun body constituting the balkans 10 on the outside of the deck 30 forming the upper surface of the vessel ( 100) is mounted.

The balkan cell body 100 is configured to be pivotable in the horizontal direction, the barrel can be rotated in the up and down direction to adjust the elevation, the operation of the balkan cell body 100 such as the operation signal transmitted from the outside It is made by, and the transmission of the operation signal and the power is made by the cable assembly to be described in detail below.

In addition, a connector 200 is provided below the Balkanpo body 100. The connector 200 is for quick mounting of the cable assembly to be described below, and is formed so that the signal cable assembly 300 and the power communication cable assembly 400 may be one-touch mounted, respectively.

Looking at this in more detail, the connector 200 is provided with a connector connector 220 corresponding to the cable assembly, that is, the signal cable assembly 300 and the power communication cable assembly 400, respectively. The connector connector 220 is the entire cable constituting the cable assembly (300, 400) by one coupling operation to enable the quick coupling and termination of the signal cable assembly 300 and the power communication cable assembly 400 is the connector ( 200).

That is, the connector connector 220 is configured to be coupled in a ball coupling or screw coupling method capable of quick coupling, corresponding to the signal connector 330 and the power communication connector 430 to be described in detail below It would be desirable to be shaped.

Meanwhile, a junction box 500 is disposed inside the deck 30. The junction box 500 is for controlling the operation of the Balkanpo body 100, the external cable 600 for transmitting a communication, operation and various control signals and power connected to the outside of the cable assembly (300, 400) In order to be connected to a plurality of cables constituting the, a plurality of power terminals 542 and signal terminals 562 are disposed therein and configured to be selectively opened and closed to facilitate management.

This will be described with reference to FIG. 3.

3 is a partial perspective view showing the inside of the junction box according to the present invention, and as shown in the drawing, the junction box 500 is formed in a box shape in which a space is formed therein and is rotated to the door 520. The faced opening is configured to be selectively shielded.

The interior of the junction box 500 is largely composed of a power supply unit 540 and a signal unit 560. The power supply unit 540 is provided below the junction box 500, and is formed to be connected to an external cable 600 passing a lower portion of the junction box 500 to transfer a pair of powers coming into the inside. In addition, an end portion of the power communication cable assembly 400 to be described in detail below is formed at a position corresponding to the position at which the external cable 600 is connected.

That is, the power supply unit 540 to which a part of the external cable 600 and the power communication cable assembly 400 is connected is formed with a power terminal 542 having a shape such as a general terminal, and the external cable ( 600 may be formed to constrain the end of the power communication cable assembly 400, and in particular, the terminal lug 440 corresponding to the end of the power communication cable assembly 400 may be fitted. It is formed into a shape.

At this time, of the plurality of cables constituting the power communication cable assembly 400, only two strands of the power cable 410 corresponding to the power cable 410 is coupled to the power terminal 542 of the power supply unit 540, the rest The plurality of communication cables 412 are coupled to the terminals of the signal portion 560, which will be described below.

On the other hand, the signal unit 560 is formed on the upper left and right sides of the junction box 500. The signal unit 560 is an external cable 600 for transmitting a plurality of control signals introduced into the junction box 500 and the signal cable assembly 300 and the power communication cable to be described in detail below. A part of the assembly 400 is to be connected to each other, is formed to protrude slightly from the inside of the junction box 500 to facilitate the connection operation, it is formed long up and down so that a plurality of cables can be easily connected.

The external cable 600 for transmitting the control signal is introduced through the lower side of the junction box 500, and each cable is provided on the signal terminal 560 of the junction box 500. Are coupled to each. At this time, the coupling method of the signal terminal 562 and the external cable 600 is the same as the coupling of the terminal and the terminal in the general junction box, the detailed description thereof will be omitted.

On the other hand, the signal unit 560 of the junction box 500 is connected to the signal cable assembly 300 extending through the upper portion of the junction box 500, wherein the ends of the signal cable assembly 300, respectively The signal cable 310 is exposed and connected to each signal terminal 562 provided to the signal unit 560. Therefore, the external cable 600 for transmitting the control signal through the signal terminal 562 and the signal cable 310 of the signal cable assembly 300 may be connected to have a one-to-one correspondence with each other.

In addition, a plurality of communication cables 412 constituting the power communication cable assembly 400 are connected to the signal unit 560 of the junction box 500. The communication cable 412 is also connected to the signal terminal 562 provided in the signal unit 560 to have a one-to-one correspondence.

The signal cable assembly 300 and the power communication cable assembly 400 penetrating the upper portion of the junction box 500 all penetrate the deck 30 to the inside of the junction box 500 as shown in FIG. 1. Supplied.

The structure of such a cable assembly will be described in more detail with reference to the drawings.

4 is a plan view showing the structure of the signal cable assembly according to the present invention, Figure 5 is a partial perspective view showing the connector shape of the cable assembly according to the present invention.

As shown in these figures, the signal cable assembly 300 may replace a plurality of signal cables 310 and some of the plurality of signal cables 310 for transmitting an operation signal of the Balkan body 100. It is composed of a spare spare cable 350, the plurality of signal cable 310 and the spare cable 350 is bundled in a bundle by a cable receiving member (320).

In this case, the spare cable 350 is to be used when a part of the plurality of signal cables 310 constituting the signal cable assembly 300 is damaged or causes a malfunction, the signal cable 310 It is formed in the same shape as) and at least one is provided.

For example, when a part of the signal cable 310 is short-circuited, the shorted signal cable 310 can be found and replaced by replacing the spare cable 350, thereby enabling a quick and easy service operation. do.

The cable receiving member 320 is formed like a sheath of a general electric wire to form an exterior of the signal cable assembly 300, and accommodates the signal cables 310 and the spare cable 350. Accordingly, the signal cable assembly 300 has a single cable shape as a whole, but has a structure in which a plurality of signal cables 310 and a spare cable 350 are formed therein.

The cable receiving member 320 may be formed in a tube shape to incorporate the plurality of signal cables 310 and the spare cable 350, but if necessary, the cable receiving member 320 may be formed in a cable tie or band shape. 310 and the spare cable 350 may be bundled to form a single cable.

Meanwhile, a signal connector 330 is provided at one end of the cable receiving member 320 in more detail at an end of the portion connected to the connector 200. The signal connector 330 is formed such that the connector connector 220 provided in the connector 200 and the shape thereof are formed in a corresponding shape and can be coupled to each other.

Looking at the signal connector in more detail with reference to Figure 5, the signal connector 330 is provided at one end of the cable receiving member 320, the coupling of the signal connector 330 and the connector connector 220 The plurality of signal cables 310 and spare cables 350 are connected to the connector 200 by.

The signal connector 330 is screwed to a connector socket 322 mounted at an end of the cable receiving member 320 to selectively separate the signal connector 330 from the cable receiving member 320. It is configured to be.

Therefore, when the signal cable 310 is serviced, the signal connector 330 may be separated from the connector socket 322 by rotating the signal cable 310 and the spare cable 350 as shown in the drawing. It can be exposed to the outside as well. At this time, the signal cable 310 and the spare cable 350 may be further formed with a marking means for identifying each cable, these marking means 312 is the separation of the signal connector 330 It becomes possible to expose.

In addition, a guide groove 332 is formed on an outer circumferential surface of the signal connector 330 to guide a coupling position when the connector connector 220 is coupled, and when the signal connector 330 and the connector connector 220 are coupled to each other. The gasket ring 334 is further provided to be in close contact with each other.

In addition, although not shown in detail, the opposing surfaces of the signal connector 330 and the connector connector 220 are formed in a shape corresponding to each other to be coupled to each other. For example, the signal connector 330 and the connector connector 220 are formed in a male and female shape so that the signal connector 330 can be connected to the connector 200.

On the other hand, the cable receiving member 320 is not able to accommodate the entire length of the signal cable 310 and the spare cable 350 in the longitudinal direction, through the other end facing the position where the signal connector 330 is formed The ends of the plurality of signal cables 310 and the spare cable 350 are configured to be exposed to the outside.

At this time, the length of the signal cable 310 and the spare cable 350 exposed through the end of the cable receiving member 320 is on the signal unit 560 disposed up and down inside the junction box 500. It would be desirable to have a sufficient length to be freely coupled.

In addition, a terminal lug 340 is provided at each end of the plurality of signal cables 310 and the spare cable 350 exposed through the ends of the cable receiving member 320. The terminal lug 340 is a connecting means 342 for connecting the signal cable 310 and the spare cable 350 and marking means 344 for identifying the signal cable 310 and the spare cable 350. It consists of.

The connecting means 342 is to allow the signal cable 310 and the spare cable 350 to be connected to the signal terminal 562 provided to the signal unit 560 in the junction box 500, the ring approximately It is formed in a shape, and is coupled to the signal terminal 562 of the signal unit 560 by a screw passing through the ring-shaped connecting means. The connecting means 342 may be formed in the shape of a substantially "C" shape rather than a ring shape or in another shape insertable into the signal terminal 562.

The marking means 344 is provided on the signal cable 310 and the spare cable 350 adjacent to the connecting means 342, and externally exposed to the signal cable 310 and the spare cable 350. The signal cable 310 and the spare cable 350 can be identified by being exposed to the outside together with each other.

That is, the marking means 344 is marked to identify the corresponding signal cable 310 and the spare cable 350 mounted, so that the corresponding signal cable 310 and the spare cable 350 can be easily serviced. The signal cable 310 and the spare cable 350 can be identified and handled.

The marking means 344 may be attached to the signal cable 310 and the spare cable 350 in the form of a tape on which the mark for identification is printed, and the signal cable ( 310 and spare cable 350 may be attached.

FIG. 6 is a plan view showing the structure of a power communication cable assembly according to the present invention. The power communication cable assembly will be described in detail with reference to FIG. 6.

Like the signal cable assembly 300, the power communication cable assembly 400 includes a plurality of power cables 410, a plurality of spare cables 414, a receiving member 420, a power communication connector 430, and a terminal lug ( 440). Each of these configurations is the same as the corresponding respective configuration of the above-described signal cable assembly 300, and there is only a difference in the type of the plurality of cables constituting the power communication cable assembly 400.

That is, two cables among the plurality of cables accommodated inside the power cable receiving member 420 become a power cable 410 used for power transmission, and the remaining plurality of cables are communication cables for communication ( 412 and the spare cable 414, which are bundled together by the receiving member 420, and are formed in the form of one cable like the signal cable assembly 300.

In addition, the spare cable 414 constituting the power communication cable assembly 400 is formed in the same shape as the communication cable 412, and at least one strand is provided to provide an abnormality of the plurality of communication cables 412. It can be configured to replace it when it occurs.

One end of the power communication cable assembly 400 is coupled to the connector connector 220 of the connector 200 so that each power cable 410 and communication cable 412 and spare cable 414 can be connected. A communication connector 430 is provided, and a terminal lug 440 is formed at the other end of the power communication cable assembly 400.

The terminal lug 440 is connected to each of a plurality of power cables 410, a communication cable 412, and a spare cable 414, each of which is a power terminal and / or the signal unit formed in the power unit 540. It is connected to the signal terminal 562 formed in the 560 to transfer the power and communication signals for the operation of the balkanpo body 100.

In addition, the terminal lug 440 is also connected to the power supply unit 540 and / or the signal unit 560 and the marking means for identifying the plurality of cables as well as the terminal lug 340 described above. Means 444.

Hereinafter, the operation of the cable assembly having the configuration as described above and the structure of the ship's Balkan gun mounting structure using the same will be described.

First, in order for the balkan fabric 10 to be mounted to be operable, the balkan fabric main body 100 is mounted on the upper surface of the deck 30 to be exposed to the outside, and a junction box for controlling the operation of the balkan fabric 10. 500 is disposed below the deck 30.

And, through the junction box 500, the connection cable 600 for the signal and communication for the control of power and operation is guided to the inside, respectively, the power supply unit 540 and the signal unit inside the junction box 500 ( 560.

On the other hand, the connector 200 and the junction box 500 of the Balkan body 100 is connected to each other by a connection cable 600, that is, the power communication cable assembly 400 and the signal cable assembly 300.

At this time, one end of the power communication cable assembly 400 and the signal cable assembly 300 is formed of a signal connector 330 and a power communication connector 430 of a shape corresponding to the connector connector 220 of the connector, respectively, Combined. At this time, the coupling of the connector connector 220, the signal connector 330 and the power communication connector 430 is made at the outside of the ship, that is, the outside of the deck, one-touch that can be connected to all the cables by one coupling Combined in a coupled manner.

On the other hand, the other end of the power communication cable assembly 400 and the signal cable assembly 300 is formed through the deck 30 in a size corresponding to the size of the cable receiving member 320 and the power cable receiving member 420. Passing through the through hole is introduced into the interior of the deck 30, penetrates through the junction box 500 is introduced into the inside.

An end portion of the power communication cable assembly 400 and the signal cable assembly 300, that is, the terminal lug 440 and the terminal lug 340, is provided inside the junction box 500. Both the power terminal 542 and the signal terminal 562 provided in the 540 and the signal unit 560 are coupled.

Accordingly, the plurality of power cables 410 and the communication cable 412 and the signal cable 310 constituting the power communication cable assembly 400 and the signal cable assembly 300 are all corresponding power terminals 542. ) And the signal terminal 562.

If abnormal operation and malfunction occurs after the installation of the balkan fabric 10 mounted in such a structure, the junction box 500 is opened to perform a service.

After opening of the junction box 500, a signal cable 310 is generated by conducting a connection test through the terminal lugs 340 and 440 connected to the signal unit 560 and the power supply unit 540 in the junction box 500. Or the communication cable 410 can be quickly found.

After finding the signal cable 310 or the communication cable 412 in which an error occurs, the terminal lugs 340 and 440 of the signal cable 310 or the communication cable 412 in which the error occurs are separated from the signal terminal 562, respectively. The terminal lugs 340 and 440 of the spare cables 350 and 414 provided in the corresponding cable assembly among the signal cable assembly 300 and the power communication cable assembly 400 are connected to the corresponding signal terminals 562.

Accordingly, when a problem occurs in the signal cable 310 or the communication cable 412 in the signal cable assembly 300 or the power communication cable assembly 400, the failed cable can be quickly replaced without replacing the entire cable assembly. It can be found and replaced with spare cables 350 and 414 to complete the service.

1 is a schematic view showing a mounting structure of a ship Balkan gun Balkan gun according to the prior art.

Figure 2 is a schematic view showing a mounting structure of the ship Balkan gun according to the present invention.

Figure 3 is a partial perspective view showing the inside of the junction box according to the present invention.

Figure 4 is a plan view showing a structure of a signal cable assembly according to the present invention.

5 is a partial perspective view showing the connector shape of the cable assembly according to the present invention.

Figure 6 is a plan view showing the structure of a power cable assembly according to the present invention.

Claims (11)

Balkanpo body provided outside the deck; A connector provided at one side of the balkan fob body for one-touch connection of a cable for operation, communication and power supply of the balkan fob body; A junction box provided inside the deck and controlling the operation and power supply of the balkan; A signal cable assembly comprising a plurality of cables passing through the deck and connecting the junction box and the connector and transmitting a signal for controlling the operation of the balkan body; A power communication cable assembly comprising a plurality of cables passing through the deck to connect the junction box and a connector, supplying power to the Balkan body and transmitting a communication signal; The signal cable assembly and the power communication cable assembly are each provided with a spare spare cable for ships to replace the spare when the service situation occurs in the plurality of cables. The method of claim 1, The signal cable assembly, A plurality of signal cables for transmitting an operation signal; At least one spare cable that is formed in the same manner as the signal cable and that can be used in the event of an abnormal occurrence of the signal cable; A cable receiving member for receiving the signal cable and the spare cable in a bundle; One end of the plurality of signal cables is connected, and a signal connector for connecting the plurality of signal cables to one side of the connector by one-touch coupling; And a terminal lug such that ends of each of the plurality of signal cables and spare cables are connected to corresponding terminals in the junction box, respectively. The method of claim 2, The power communication cable assembly, A plurality of power cables for supplying power for operation; A plurality of communication cables carrying signals for communication; At least one spare cable which is formed in the same manner as the communication cable and which can be used in the event of a communication cable failure; A cable accommodating member accommodating the power cable, the communication cable, and the spare cable in one bundle; One end of the plurality of power cables and the communication cable is connected, and a power communication connector for connecting the plurality of power cables to one side of the connector by one-touch coupling; And a terminal lug such that ends of each of the plurality of power cables, communication cables, and spare cables are each connected to corresponding terminals of the junction box. The method of claim 3, wherein The connector is equipped with a ship Balcan gun mounting structure having a connector connector formed in a shape corresponding to the signal connector and the power communication connector, respectively, so that a plurality of signal cables, power cables and communication cables can be connected to the connector by one coupling operation. . The method of claim 3, wherein The cable receiving member has a tubular shape, the ship balkan fabric mounting structure is formed so that the terminal lug is exposed to the outside. The method of claim 3, wherein The cable receiving member is formed as a band, the balkan gun mounting structure for ships to bundle a plurality of cables to form a bundle each. The method of claim 3, wherein The junction box is provided with each terminal having a shape corresponding to the plurality of terminal lugs, and a one-to-one correspondence with each terminal lug is combined with the ship Balkan mounting structure. The method of claim 3, wherein And a plurality of terminal lugs further provided with marking means for identifying each cable. In the cable assembly for connecting the Balkanfo body and the junction box for the transmission of signals, power or communication for the operation of the Balkanpo mounted on the ship, A plurality of cables for transmitting operation signals, communication signals, and power; A spare spare cable provided to be used in place of a problem in the cable transmitting the operation signal or the communication signal; Receiving member for receiving the cable and the spare cable in a bundle; A connector connected to the ends of the plurality of cables and the spare cable to form an assembly; And a terminal lug, each provided at the other end of the plurality of cables and the spare cable, wherein each cable is coupled correspondingly to each terminal provided in the junction box. The method of claim 9, The receiving member is formed in the shape of a tube, the cable assembly is formed so as to surround the whole of the plurality of cables and spare cables except the plurality of terminal lugs in one bundle. The method of claim 10, The terminal lug is Marking means provided on each of the cable and the spare cable exposed out of the receiving member to identify the respective cable and the spare cable; And a connecting means provided at ends of the cable and the spare cable and connected to the junction box.

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