KR200460810Y1 - A distribution box for ship cabin - Google Patents

Abstract

The distribution room for ship rooms according to the present invention is installed separately from the power supply box and the communication equipment box, so that the generation of noise generated by interference due to electrical action such as inductance generated in the power supply equipment and communication equipment. These problems are solved, and the installation and wiring of power and communication equipment used in adjacent rooms are simplified and efficient, so the work can proceed quickly, and also the space can be used efficiently and the weight can be reduced. As a result, it is possible to reduce the operating cost of the ship by reducing the operating load of the ship.

Description

Distribution box for ship cabin {A distribution box for ship cabin}

The present invention relates to a distribution box for a ship cabin, and more specifically, the electricity used in the ship can be used while sharing with each other in an adjacent cabin, so that it is possible to efficiently use a small space of the cabin and the weight of the distribution box. By reducing the overall weight of the ship is reduced to the ship compartment for ship rooms that can improve the operating efficiency of the ship.

A ship is a structure that transports people and cargo by moving on the water. It includes navigating the water surface such as fishing boats and cruise ships, and it is divided into a limited space placed on the water surface and cannot escape. Various equipments are installed, such as communication devices are installed for communication.

In addition, these ships are equipped with facilities for manipulating the ship and managing all aspects of the ship, and cabins in which the management personnel are arranged, and cabins for sleeping or resting of the management personnel or passengers, especially a large number of passenger ships. In ships equipped with cabins, distribution boxes with power supply facilities, broadcasting equipment, telephone equipment, television antenna distribution equipment, etc. are installed as many as the number of cabins. There was a problem of an increase in material requirements and connection complexity, and this problem led to an increase in ship load and difficulty in maintenance, resulting in a problem that the efficiency of ship operation was impaired.

In order to solve these problems, the 'electric distribution box for ship' of the Republic of Korea Utility Model No. 20-298723 has been proposed, but the devise requires a separate terminal block for each main power supply, normal power supply, emergency power supply device, telephone device In addition, since the independent terminal blocks are used in the broadcasting device and the fire alarm device, the terminals must be connected to each terminal block, resulting in a complicated work and a heavy weight.

The purpose of the present invention is to solve this problem, and it is installed in a small space of lighting, heating appliances, and communication equipment used in two adjacent cabins of a passenger ship or a general ship, and is installed in a small space, thereby achieving space utilization rate and maintenance. It is to provide a distribution box for ship rooms that can reduce the operating cost of the ship by reducing the ship's operating load by increasing the convenience of the unit and simplifying the composition of each part, thereby facilitating installation and maintenance. .

This object of the present invention is installed on the partition wall of two adjacent rooms, the enclosure is divided into two separate power equipment box and communication equipment box, and the input unit in the power equipment box of the enclosure has two main power and One emergency power is input, and each main room is equipped with three main powers and one emergency power, and a power unit consisting of a power distribution terminal block, an emergency power breaker, and a normal power breaker is installed in the power equipment box. In the box, a fire alarm system part consisting of a fire alarm and a fire detector, a speaker part for the toilet, a speaker part for a room, a telephone system part, a TV connection part, a dedicated line connection part, and a communication part consisting of a detection alarm monitoring control part have a boundary partition between them. A plurality of cable entry cable connectors and cable glands are installed outside the enclosure. It is achieved by the distribution room for ship rooms according to the present invention.

The distribution room for ship rooms according to the present invention is installed separately from the power supply box and the communication equipment box, so that the generation of noise generated by interference due to electrical action such as inductance generated in the power supply equipment and communication equipment. These problems are solved, and the installation and wiring of power and communication equipment used in adjacent rooms are simplified and efficient, so the work can proceed quickly, and also the space can be used efficiently and the weight can be reduced. As a result, it is possible to reduce the operating cost of the ship by reducing the operating load of the ship.

1 is a perspective view of a distribution box for a ship cabin according to a first embodiment of the present invention
2 is a connection diagram of the distribution box for ship rooms according to the first embodiment of the present invention
3 is a plan view of a cabin equipped with a distribution box for ship rooms according to the first embodiment of the present invention
4 is a schematic block diagram of a distribution box for a ship cabin according to a first embodiment of the present invention;
Figure 5 is a longitudinal sectional view showing the use of the cable connector used in the distribution room for ship rooms according to the first embodiment of the present invention

As shown in FIG. 3, the ship compartment distribution box D according to the first embodiment of the present invention is provided on the partition walls of two adjacent rooms B1 and B2.

As shown in FIGS. 1 and 2, the ship compartment distribution box D is composed of an enclosure 1 separately divided into two, a power equipment box 1a and a communication equipment box 1b.

The front surface of the enclosure 1 is provided with a cover 10 to prevent external dust or moisture, the cover 10 is formed with a see-through window 11 to see the inside.

The enclosure 1 is separately divided into two, a power equipment box 1a in which the power supply unit 2 is installed and a communication equipment box 1b in which the communication unit 3 is installed, and the power supply unit 2 and the communication unit 3. Problems such as the generation of noise due to interference such as inductance generated in) are solved, so that communication can be made with clean sound quality and TV can be viewed with clean image quality.

In the power equipment box 1a of the enclosure 1, two main powers and one emergency power are input to the input part, and six normal power and two emergency powers are output to the output part.

The power supply unit 2 includes a power distribution terminal block 21 for distributing the input power and a plurality of circuit breakers 22 for respectively disconnecting power branched to the required load from the terminal block 21. In the present embodiment, the main power is separated into eight power lines and two ground lines through the power distribution terminal block 21, and three normal power sources and one emergency power source and one emergency power source based on each room B1 or B2. Divided by ground wire.

The power distribution terminal block 21 outputs a plurality of input powers, and eight of them supply power to each load through eight circuit breakers 22 as power supply lines, and two output lines 40 are provided. As a ground wire, it is directly connected to the ground part of each load of a power supply part, without passing through the breaker 22. As shown in FIG.

In this embodiment, a total of eight circuit breakers 22 are installed, and the first circuit breakers 22a-1 are normal power circuit breakers, and are connected to the first equipment through the cable connector 4 installed on the power equipment box 1a. (B1) curtain light control switch (23a), (23b), curtain light (23c), (23d), ceiling light control switch (23b), ceiling light (25a), wall light (24a), bathroom outlet ( 27a), the power supply to the toilet interior lighting control switch 23a, the toilet interior lighting 27b is cut off.

The second circuit breaker 22a-2 is a normal power circuit breaker and is a curtain light control switch 23a, 23b of the second room B2 through a cable connector 4 installed on the power equipment box 1a. Curtain lighting (23c), (23d), ceiling lighting control switch (23b), ceiling lighting (25a), wall lighting (24a), toilet interior outlet (27a), toilet interior lighting control switch (23a), toilet interior lighting ( 27b) cut off the power supply.

The third circuit breaker 22a-3 is a normal power breaker, which cuts off the power supplied to the indoor outlet 28a of the first room B1 through the cable connector 4 installed on the power equipment box 1a. The fourth circuit breaker 22a-4 is a normal power circuit breaker and cuts off the power supplied to the indoor outlet 28a of the second room B2.

The fifth and sixth breakers 22b-1 and 22b-2 are emergency power breakers and are connected to the first room B1 and the second room through the cable connector 4 installed on the power equipment box 1a, respectively. It is to cut off the power supplied to the ceiling lamp control switch 23a and the two ceiling lights 27b of B2).

The seventh circuit breaker 22c-1 is a normal power circuit breaker, and is connected to the room heater unit 29a and the room heater unit temperature controller of the first room B1 through the cable connector 4 installed on the power equipment box 1a. The power supply to 29b is cut off, and the eighth breaker 22c-2 is a normal power breaker and is supplied to the room heater unit 29a and the room heater unit temperature controller 29b of the second room B2. The power is off.

The communication unit 3 includes a fire protection device unit 31, a bedroom speaker unit 32, a room speaker unit 33, a telephone unit 34, a TV connection unit 35, a dedicated line connection unit 36, detection alarm monitoring The control part 37 is provided.

The fire protection unit 31 has two cable entry cable connectors 4 connected to the input / output unit power and an external fire alarm and four cable entry cable connectors connected to the fire detectors 31a and 31b. 4) the connection is simple, so the structure is simple and easy connection is possible.

The bedroom speaker 32 is composed of four cable entry cable connectors (4) and two cable entry cable connectors (4) are connected to the speaker (32a, 32b) one by one in each room and two Since the respective structures are connected to the input unit and the output unit, the structure is simplified, and thus easy wiring is possible.

The room speaker unit 33 is composed of four cable entry cable connectors (4) and two cable entry cable connectors (4) one in each room (33a, 33b) and volume control 33a -1, 33-1), and the two are connected to the input unit and the output unit, respectively, to simplify the structure and to facilitate easy connection.

The telephone unit 34 has two cable entry cable connectors 4 and one cable gland 5 and one line distribution terminal connected to the telephone outlets 34a-1 and 34b, one in each room. Comprising the structure (34a) simplifies the structure and enables easy connection.

The TV connection unit 35 includes a splitter, a cable cable 5 for inputting a cable for connecting an input unit and an output unit, and a TV / radio connection unit for a room consisting of two terminals. The structure of the cable gland 5 for connecting two cables to be connected is simplified, so that the structure is simple and easy connection is possible.

The dedicated wire connection part 36 is composed of a LAN dedicated wire connector (RJ45) 36a connected to one external LAN dedicated connector 36b, and two cable entry cable glands 5, thereby simplifying the structure. The wiring will be possible.

The detection alarm monitoring control unit 37 is connected to two cable entry cable connectors 4 for connecting buzzers 37a and 37b connected to two rooms and the buzzer connection cable and connected to an external main panel. It consists of two incoming cable connectors (4) for connecting the alarm system of the adjacent room with the simple structure of the connection is made possible.

The circuit breaker 22 of the power supply unit is individually indicated for the purpose of explanation of the present invention, but in actual configuration, the breaker 22 may be installed in one piece or more.

The distribution room for ship rooms D according to the present invention having such a configuration is composed of an enclosure 1 separately separated into two, a power equipment box 1a and a communication equipment box 1b, and thus, a power supply unit ( 2) are separately divided into two of the power equipment box (1a) is installed and the communication equipment box (1b) is installed communication unit 3, the interference due to the inductance generated in the power supply unit 2 and the communication unit (3) Problems such as the generation of noise due to this problem are solved, so that communication can be made with clean sound quality and TV can be viewed with clean image quality.

In addition, the power supply unit 2 is composed of a power distribution terminal block 21 and a plurality of circuit breakers 22 to cut off the power branched to the required load, respectively, so that only one power distribution terminal block 21 is used. Therefore, the configuration becomes simple, and the connection to the terminal block 21 is easily completed since the connection is terminated by only inserting one end of the wire connected to the breaker 22.

As shown in FIG. 5, the ship compartment distribution box D having such a configuration is installed in a state in which two power lines and one earth line are connected by the cable connector 4, thereby easily performing the installation work. It can be.

The distribution room for ship rooms according to the present invention will be said to be an industrially available design because it is possible to repeatedly manufacture the same product in a manufacturing plant of a general distribution box.

1. Enclosure 2. Power Supply 3. Communication Unit
4. Connector 5. Cable Grand 21. Terminal Block
22. Circuit breaker 31. Fire protection part 32. Bedroom speaker part
33. Speaker unit 34. Telephone unit 35. TV connection
36. Dedicated line connection part 37. Detection alarm monitoring control part

Claims (3)

In the distribution rooms for ship rooms,
The distribution room for ship rooms, the enclosure is divided into two independently of the power equipment box and the communication equipment box,
Two normal power and one emergency power are input to the input unit of the power equipment box of the enclosure, and three normal power and one emergency power are installed in each cabin.
The power equipment box is provided with a power supply unit consisting of a power distribution terminal block, a plurality of emergency power breakers and a plurality of normal power breakers.
In the communication equipment box, a communication unit including a fire protection device unit, a speaker unit for a toilet, a speaker unit for a room, a telephone unit, and a TV connection unit is installed, and a plurality of cable entry cable connectors are installed outside the enclosure. Distribution box for ship rooms.
The method of claim 1,
The power distribution terminal block outputs a plurality of input power and is supplied to each load through a plurality of circuit breakers,
The first circuit breaker of the breaker is a curtain light control switch, curtain light, reading light, wall light, ceiling light control switch, ceiling light, bed light control switch, bed light, toilet inside outlet, interior light control of the first room It is a breaker for normal power to cut off the power supplied to the switch
The second breaker is the curtain light control switch, curtain light, reading light, wall light, ceiling light control switch, ceiling light, bed light control switch, bed light in the second room, interior light control switch, inside the bathroom It is a circuit breaker for normal power to cut off the power supplied to the lamp,
The third circuit breaker is a circuit breaker for normal power to cut off the power supplied to the indoor outlet of the first room, the fourth circuit breaker is a circuit breaker for normal power to cut off the power supplied to the indoor outlet of the second room,
The fifth and sixth circuit breakers are emergency power circuit breakers that block the ceiling light control switch and the ceiling light of the first and second rooms, respectively.
The seventh circuit breaker is a circuit breaker for normal power to cut off the power supplied to the room heater unit and the room heater unit temperature controller of the first room, the eighth circuit breaker is a power supply to the room heater unit and room heater unit temperature controller of the second room Distribution room for ship rooms, characterized in that the normal power to cut off.
The method of claim 1,
The fire detection unit is composed of several cable entry cable connectors connected to the input / output terminals between rooms and an external fire alarm, and several cable entry cable connectors connected to the fire detectors of the rooms.
The bedroom speaker unit is composed of several cable entry cable connectors for connecting the input and output terminals between the rooms and the speakers installed in the bedroom of each room.
The speaker unit for rooms is composed of several cable entry cable connectors for connecting the input and output terminals between the rooms and the speakers installed in each room.
The telephone unit is composed of several telephone cable entry cable connectors connected to telephone outlets provided in each room, and several cable entry cable glands connected to the input terminal of the distribution terminal and the distribution terminal,
The TV connection unit is provided in the input / output terminal and the terminal box between the rooms, and a splitter for branching a telephone line and a plurality of TV / Radio Outlets for each of the rooms provided in each room. It consists of a cable gland for cable entry, and the dedicated wire connection part is composed of several cable entry cable glands for connecting a LAN dedicated connector (RJ45) installed in the dedicated wire connection part and a LAN dedicated connector installed externally.
The detection alarm monitoring control unit is composed of several incoming cable connectors which are connected to the alarm system of the adjacent rooms of the main panel and connected to two rooms, respectively.

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