JP2616210B2 - Electrical outfitting method for superstructure of ship - Google Patents

Description

Description: TECHNICAL FIELD The present invention relates to an electric outfitting method for a superstructure of a ship.

[Prior Art] Generally, when a ship is constructed, after constructing a hull, an upper structure having a plurality of layers formed therein is formed at a predetermined position on an upper deck, and each layer of the upper structure is formed. Are divided into a plurality of sections by a partition, and various rooms such as a steering room, a control room, and a living room are formed in a predetermined layer, and a passage for entering and exiting the various rooms is formed, and then the upper structure is outfitted.

The procedure of the above outfitting work will be described by taking as an example the room section where the ship crew lives during the voyage.From the switchboard etc. provided near the engine room below the upper deck, the power and the meter are moved to the upper part of the passage space of the room section of each layer. Equipment, communication, wireless, lighting, etc., extend a plurality of electric wires, draw the branch of each of the above wires into each living room, then install a lining on the wall, floor, ceiling of the living room, or place a bed in the living room. In addition to interior work such as installing furniture and sanitary facilities such as desks and sofas, outlets,
We are working on the installation of electrical equipment such as watches, telephones, antenna terminals, and lighting equipment, and the work of connecting the electrical equipment to the branch of the electric wires.

[Problems to be Solved by the Invention] However, in recent years, with an increase in electric equipment attached to a ship, the total length of electric wires extending in the upper structure has also increased, and the work of extending the electric wires has taken a long time. Tends to

In addition, a skilled worker checks the correspondence between the electric equipment and the electric wires one by one to connect the electric equipment in the living room and the branch portion of the electric wire. Since the same number of members are provided, the total work time spent for the connection work becomes enormous.

Furthermore, since the interior work and the wiring work are performed in parallel in a small living room partitioned by partitions, simply increasing the number of workers is not enough to construct the upper part which is intensively constructed in a later stage of the ship building process. There was a problem in that the outfitting work of the structure could not be completed efficiently.

The present invention has been made to solve the above problems, and has as its object to reduce the work time required for outfitting work in a ship.

Means for Solving the Problems In order to achieve the above object, in the electric outfitting method for a superstructure of a ship according to the present invention, various electric equipments and a connection box connected to these electric equipments are attached. The cabin unit is mounted on a deck in the superstructure of the ship,
The horizontal electric circuit main cable is extended to the elongated body extending in the horizontal direction, and the horizontal electric circuit module for mounting on a ship, in which the horizontal electric circuit branch cable is branched from the horizontal electric circuit main cable, is placed near the cabin unit in the upper structure of the ship. Arranged, a vertical electric circuit module for supporting a vertical electric circuit cable on a long body extending in the vertical direction and a cable connection unit connected to the vertical electric circuit cable, located in the vicinity of the horizontal electric circuit module for ship mounting; Arranged so as to penetrate the deck of the upper structure, connect the horizontal circuit main cable and horizontal circuit branch cable of the horizontal circuit module for ship mounting to the connection box of the cabin unit, and connect the horizontal circuit main cable of the horizontal circuit module for ship mounting. Is connected to the cable connection unit of the vertical circuit module for marine installation.

[Operation] In the electrical outfitting method for a superstructure of a ship according to the present invention, after a cabin unit is mounted and installed on a deck in the superstructure, a ship mounting laterally arranged near the cabin unit is mounted on a connection box of the cabin unit. A cable for a vertical electric circuit module mounted on a ship, which connects a horizontal electric circuit main cable and a horizontal electric circuit branch cable of the electric circuit module, and which is located near the horizontal electric circuit module for a ship and penetrates a deck of an upper structure. The time required for outfitting the upper structure of a ship is reduced by connecting the main cable of the horizontal line module of the ship-mounted horizontal line module to the connection unit.

[Example] Hereinafter, an example of the present invention will be described with reference to the drawings.

FIGS. 1 and 2 show one embodiment of the present invention.
Is a hull of a ship, 2 is an upper structure constructed on an upper deck 3 and having a plurality of decks 4 therein, and 5 is a cabin unit having linings mounted on walls, floors and ceilings and capable of being mounted on each of the decks 4. The inside of the cabin unit 5 includes a connection box 6 and an outlet connected to the connection box 6,
A clock, a telephone, an antenna terminal, and electrical equipment 7 such as a lighting fixture are attached.

The work of assembling the cabin unit 5 and the work of connecting the connection box 6 and the electric equipment 7 are performed in a factory on the ground.

Reference numeral 8 denotes a frame-like elongated body 9 extending in a substantially horizontal direction, and a plurality of horizontal electric path main cables 10 and horizontal electric path branch cables 11 each having a predetermined length of preliminary winding portion connectable to the connection box. The horizontal electric circuit module, and 12 are connected to a frame-like elongated body 13 extending in a substantially vertical direction, a cable connection unit 14 capable of connecting a base end of the horizontal electric circuit main cable 10, and the cable connection unit 14. The vertical electric circuit module is a vertical electric circuit module in which a plurality of vertical electric circuit cables 15 are extended, and the assembling work of the vertical electric circuit module 12 and the horizontal electric circuit module 8 is also performed in a factory on the ground like the cabin unit 5.

The various circuit main cable 10, horizontal circuit branch cable 11,
The vertical line cable 15 and the cable connection unit 14 are configured for power, instrumentation, wireless, lighting, and the like.

 Hereinafter, the procedure for implementing the present invention will be described.

The cabin unit 5 is mounted and installed on a predetermined deck 4 in the upper structure 2 constructed on the upper deck 3, and the horizontal electric circuit module 8 is mounted on the underside of the passage near the cabin unit 5 in the upper structure 2. The vertical electric circuit module 12 is disposed in the upper structure 2 so as to penetrate each deck 4.

Next, the horizontal cable main cables 10 and the horizontal cable branch cables 11 are connected to the connection box 6 to connect the electric equipment 7 in the cabin unit 5 and the respective horizontal electric circuit main cables 10 corresponding to the electric equipment 7. , And each horizontal line main cable 10
To the cable connection unit 14 of the vertical circuit cable 15 corresponding to the horizontal circuit main cable 10,
The base end of each vertical cable 15 is connected to a switchboard or various devices such as an outdoor antenna.

As described above, in the present invention, the cabin unit 5 to which the connection box 6, the electric equipment 7, and the like are mounted is mounted on the deck 4 in the upper structure 2 at the factory on the ground, and then assembled at the factory on the ground. The electric circuit module 8 is arranged in the vicinity of the cabin unit 5, the main circuit cable 10 and the horizontal circuit branch cable 11 of the horizontal circuit module 8 are connected to the junction box 6 of the cabin unit 5, and assembled at a factory on the ground. The vertical circuit module 12 is located in the vicinity of the horizontal circuit module 8 and is disposed so as to penetrate the deck 4 of the upper structure 2, and the horizontal circuit main cable 10 of the horizontal circuit module 8 is connected to the cable connection unit 14 of the vertical circuit module 12. , The outfitting work of the upper structure 2 in the ship can be efficiently completed in a short time.

In addition, the electric outfitting method of the upper structure of the ship according to the present invention is not limited to the above-described embodiment, and it goes without saying that various changes can be made without departing from the scope of the present invention.

[Effects of the Invention] As described above, according to the electric outfitting method for an upper structure of a ship, the present invention provides a cabin unit on which electric equipment and a connection box are mounted on a deck in the upper structure. The horizontal electric circuit module for ship is arranged near the cabin unit, the horizontal electric circuit main cable and the horizontal electric circuit branch cable of the horizontal electric circuit module for ship installation are connected to the junction box of the cabin unit, and the vertical electric circuit module for ship installation is connected to the ship. Since it is located near the horizontal circuit module for mounting and penetrates the deck of the upper structure, the main cable of the horizontal circuit module for ship is connected to the cable connection unit of the vertical circuit module for ship. Thus, it is possible to achieve an excellent effect that the outfitting work of the upper structure in the ship can be completed efficiently in a short time.

[Brief description of the drawings]

FIG. 1 is a schematic general view showing an example of a ship that has been subjected to electrical outfitting by the method of the present invention, and FIG. 2 is a wiring showing an example of an electrical circuit of a superstructure of a ship that has been outfitted by the method of the present invention. FIG. In the figure, 2 is an upper structure, 4 is a deck, 5 is a cabin unit, 6 is a connection box, 7 is an electrical equipment, 8 is a horizontal electric circuit module (horizontal electric circuit module for mounting on a ship), 9 is a long body, and 10 is a long body. A horizontal circuit main cable, 11 is a horizontal circuit branch cable, 12 is a vertical circuit module (vertical circuit module for mounting on a ship), 13 is a long body, 14 is a cable connection unit, and 15 is a vertical circuit cable.

 ──────────────────────────────────────────────────続 き Continuation of the front page (72) Inventor Takashi Ueno 2-1 Showa-cho, Kure-shi, Hiroshima Ishikawajima-Harima Heavy Industries Co., Ltd. Kure Daiichi Plant (56) References JP-A-60-64090 (JP, A) JP-A-1-314688 (JP, A)

Claims (1)

(57) [Claims] A cabin unit equipped with various electric equipment and a connection box connected to these electric equipment is mounted and installed on a deck in a superstructure of a ship, and a horizontal electric circuit is provided on a long body extending in a lateral direction. An elongated body extending in the vertical direction, wherein a horizontal electric circuit module for mounting on a ship, in which a main cable is extended and a horizontal electric circuit branch cable is branched from the main electric circuit main cable, is arranged near a cabin unit in an upper structure of the ship. A vertical-circuit cable for carrying a ship, and a vertical-circuit module for mounting on a boat, in which a cable connection unit is connected to the vertical-circuit cable, is positioned near the horizontal-circuit module for mounting on a boat, and penetrates the deck of the upper structure. Arrange and connect the horizontal circuit main cable and horizontal circuit branch cable of the horizontal circuit module to be mounted on a ship to the junction box of the cabin unit. Electrical outfitting method superstructure of the ship, characterized in that to connect the horizontal path main cable to the cable connecting unit of the boat mounting path module.