JPH04169396A - Living room module for ship - Google Patents

Abstract

PURPOSE:To shorten the work time required for the installation work related to a living room by constituting a living room module with a cabin unit fitted with various electric apparatuses and a junction box and a ship-borne horizontal cable way module having cables connectable to the junction box. CONSTITUTION:For the installation work of a living room module, a cabin unit 1 fitted with a junction box 2, electric apparatuses 3-12, the furniture 15-17, and a sanitary facility 18 and the like at a ground factory is mounted and installed at the preset position in an upper structure constructed on an upper deck. A horizontal cable way module 19 is arranged in the passage ceiling near the cabin unit 1 in the upper structure, and preliminary winding sections 21 of cables 22 are connected to the junction box 2 to connect the electric apparatuses 3-12 in the cabin unit 1. Base end sections of the cables 22 are connected to a power distribution panel or various apparatuses such as an outdoor antenna to complete the electric installation work.

Description

[Detailed description of the invention] [Industrial application field] The present invention relates to a cabin module for a ship.

[Traditional branch technique] Generally, when building a ship, after constructing the hull, a superstructure with multiple internal layers is constructed at a predetermined position on the upper deck, and each layer of the superstructure is The building is divided into multiple sections using partitions, and various rooms such as a wheelhouse, control room, or living room are formed in each predetermined layer, as well as passageways for access to these rooms.The interior of each room is then pasted.

To explain the rattan construction procedure using the example of a cabin where a ship's crew lives during a voyage, power, instrumentation, communications, and radio are connected from the power distribution board, etc. installed near the engine room under the upper deck, to the upper part of the passage space. In addition to extending multiple electric wires for lighting, etc., the branch parts of each of the above wires are led into each living room, and then lining is installed on the walls, floor, and ceiling of the living room, and beds, desks, sofas, etc. are installed in the living room. Q: In parallel with interior work such as installing furniture and sanitary equipment, installation of electrical equipment such as outlets, clocks, telephones, antenna terminals, lighting equipment, etc., and connection work between electrical equipment and branch parts of electric wires. It is carried out.

[Problem to be solved by the invention] However, when connecting each electrical equipment in the living room to the branch part of the electric wire, a skilled worker must check the correspondence between each electrical equipment and the electric wire, and then connect the wires one by one. Furthermore, since the number of rooms is at least equal to the number of cabins on board, the total amount of work time spent on connection work becomes enormous.

Furthermore, since the interior work and wiring work are carried out in parallel in a narrow living room divided by partitions, simply increasing the number of workers would not be enough to reduce the work done in the living room, where construction is concentrated in the later stages of the shipbuilding process. The problem was that it was not possible to complete the shipbuilding work efficiently.

The present invention solves the above-mentioned problems, and aims to provide a cabin module for a ship that can shorten the work time required for rattan construction related to cabins onboard a ship.

[Means for Solving the Problems] The present invention provides a cabin unit equipped with various electrical equipment and a connection box connected to these electrical equipment, and a ship-mounted horizontal cabin unit having a cable connectable to the connection box. It is made by combining the electric circuit module.

[Function] When the cabin unit with the connection box and electrical equipment installed in advance and the pre-assembled horizontal cable module are installed on the ship and then connected to the cable connection box, the rattan construction related to the cabin will be completed. Complete.

[Example] Hereinafter, the present invention will be described in detail based on the drawings.

FIG. 1 shows an embodiment of the present invention, and 1 in the figure indicates a wall surface, a floor surface,
It is a cabin unit that has an inner lining attached to the ceiling and can be mounted inside the L section structure of a ship.Inside the cabin unit, there are a connection box 2, an interior light 3.4, a mirror light 5, an outlet 6, and a bed light 7. , desk light 8, clock 9, telephone IO
, antenna terminal 11, alarm panel 12, and other electrical equipment are attached, and the connection box 2 and each electrical equipment are 3.4° 5.
6,7.8,9,10. II and 12 are connected by a wiring cable 13, and an emergency light 14 is directly attached to the junction box 2.

Assembly work of the cabin unit 1, connection box 2 and each electrical equipment 3, 4.5, 6, 7.8, 9.10, 11. +2
The installation work and the connection work using the wiring cable 13 are performed in a factory on the ground.

In addition, there are 15 beds and 1 desk inside the cabin unit.
6. Furniture such as sofa 17 and sanitary equipment such as unit bath 18 are installed, and each furniture 151G, 17 and sanitary membrane! 18 installation work is also carried out in the above-ground factory.

Reference numeral 19 denotes a frame-shaped elongated body 20 that extends in the transverse direction and can be mounted in the superstructure of a ship, and has a preliminary winding part 21 of a required length that can be connected to the connection box 2 for power, communication, etc. This is a horizontal cable module in which a plurality of cables 22 are extended.

Below, a procedure for installing a room module having the above-mentioned configuration will be explained.

The cabin unit 1 is mounted and installed at a predetermined position in the superstructure built on the second deck, and the horizontal cable module 19 is installed in the attic of the passage near the cabin unit 1 in the superstructure, and each cable 22 of the preliminary winding portions 21 are connected to the connection box 2, and each electrical equipment 3, 4, 5, 6-. 7, 8, 9, 10.11.12
Further, the base end of each cable 22 is connected to various devices such as a power distribution board or an outdoor antenna.

In this way, in this embodiment, the connection box 2, electrical equipment 3, 4.5.6.7.8.9.10.1
1° I2, furniture 15, 16, 17, sanitary equipment 18, etc. are attached to the cabin unit l, and the horizontal cable module 19, which was also assembled in the above ground factory, is mounted and installed in the upper structure, and then each cable 22 Since it is only necessary to connect the preliminary winding section 21 of the ship to the connection box 2, the ship's cabin-related shipbuilding work can be completed efficiently in a short period of time.

FIG. 2 shows another embodiment of the present invention, in which parts given the same reference numerals as those in FIG. 1 represent the same parts.

In this embodiment, the cabin unit 1 is provided with an emergency light circuit connection box 23 in addition to the connection box 2, and the emergency light 14 is connected to the emergency light circuit connection box 23.
A composite cable 25 having the functions of each cable 22 shown in FIG. 1 and having a spare winding part 24 of a required length that can be connected to the junction box 2 and connectable to the emergency light circuit junction box 23. The horizontal cable module 28 is formed by extending the emergency light circuit cable 27 and the emergency light circuit cable 27 having a preliminary winding part 26 of a required length.

Below, a procedure for installing a room module having the above-mentioned configuration will be explained.

A cabin unit] is mounted and installed at a predetermined position in the superstructure built on the upper deck, and a transverse cable module 28 is installed in the ceiling of the passage near the cabin unit 1 in the superstructure, and the composite cable 25 Connect the preliminary winding part 24 of the unit to the connection box 2, and connect each electrical equipment 3°, 4.5. G, 7.8.9. IO, 11, 12 are connected, and the preliminary winding part 2 of the emergency light circuit cable 27 is connected.
6 to the emergency light circuit connection box 23 to connect the emergency light 14.
Connect.

In this embodiment as well, the same effects as in the embodiment of the present invention described above can be achieved.

It should be noted that the marine vessel cabin module of the present invention is not limited to the above-described embodiments, and it goes without saying that various changes may be made without departing from the gist of the present invention.

[Effects of the Invention] As explained above, according to the cabin module for a ship of the present invention, a cabin unit to which a connection box and electrical equipment are attached in advance, and a pre-assembled horizontal cable module can be mounted and installed on a ship. Then, the cables in the lateral cable module need only be connected to the connection box, which provides an excellent effect in that the rattan construction work related to the rooms on board the ship can be completed efficiently in a short period of time. obtain.

[Brief explanation of drawings]

FIG. 1 is a schematic plan view of one embodiment of the invention, and FIG. 2 is a schematic plan view of another embodiment of the invention. In the diagram, 1 is a cabin unit, 2 is a connection box, 3.4 is an interior light (electrical equipment), 5 is a mirror light (electrical equipment), 6
is an outlet (electrical equipment), 7 is a bed light (electrical equipment), 8 is a desk lamp (electrical equipment), 9 is a clock 1 (electrical equipment), 10 is a telephone (?lSlS equipment) 12 is an antenna terminal (electrical equipment), 12 is an alarm panel (electrical equipment), 14 is an emergency light (electrical equipment), 19.28 is a horizontal cable module, 22 is a cable, 23 is a junction box for emergency light circuit, 25 27 indicates a composite cable (cable), and 27 indicates an emergency light circuit cable.

Claims (1)

[Claims] 1) A cabin unit equipped with various electrical equipment and a junction box connected to these electrical equipment, and a ship-mounted horizontal cable module having a cable connectable to the junction box. This is a cabin module for a ship.