A ship lashing bridge lighting system and method of use

Abstract

The application discloses a ship binding bridge lighting system, which comprises lighting lamps, power supply cables, a junction box and lamp fixing devices, the lighting lamps comprise normal lighting lamps and emergency lighting lamps, the power supply cables comprise normal lighting power supply cables, emergency lighting power supply cables and lighting bus cables, and the lamp fixing devices comprise lamp bases and wiring rows; the normal lighting power supply cables and the emergency lighting power supply cables are connected with the junction box respectively, and the junction box is connected with the lighting bus cables; the application also relates to a ship binding bridge lighting system using method. The application adopts the form of four-core lighting bus cables, installs the normal lighting lamps and the emergency lighting lamps on the lamp bases of the lighting bus cable paths, and arranges the normal lighting lamps and the emergency lighting lamps on the same paths, so that the cost of the cables is reduced.

Description

TECHNICAL FIELD

[0001] The present application belongs to the technical field of shipbuilding, and particularly relates to a ship binding bridge lighting system and a use method thereof. BACKGROUND

[0002] At present, some areas on the ship are provided with normal lighting lamps and emergency lighting lamps, and the normal lighting cable and the emergency lighting cable are usually designed to be separately wired, that is, the cable from the normal lighting power supply to all normal lighting lamps and the cable from the emergency lighting power supply to all emergency lighting lamps are independent of each other.

[0003] However, for the similar ship binding bridge area, the normal lighting lamps and the emergency lighting lamps are arranged on the common cable laying path, and at this time, the independent wiring of the normal lighting cable and the emergency lighting cable is unreasonable, which not only increases the material cost due to the repeated laying of the cables on the same cable path, but also increases the labor cost accordingly. At present, when the price of copper ore is high, it is necessary to control the cost of the cable. SUMMARY

[0004] The present application aims to overcome the deficiencies in the prior art, and provides a ship binding bridge lighting system and a use method thereof. The lighting system and the use method thereof adopt the form of a four-core lighting bus cable, install the normal lighting lamps and the emergency lighting lamps on the lamp base of the lighting bus cable path, and arrange the normal lighting lamps and the emergency lighting lamps on the same path, so as to reduce the amount and length of the cable wiring and reduce the cost of the cable.

[0005] In order to achieve the above-mentioned application purposes, the technical solutions provided by the present application are as follows:

[0006] A ship binding bridge lighting system, which comprises lighting lamps, power supply cables, a junction box and a lamp fixing device. The lighting lamps comprise normal lighting lamps and emergency lighting lamps. The power supply cables comprise normal lighting power supply cables, emergency lighting power supply cables and a lighting bus cable. The lamp fixing device comprises a lamp base and a wiring panel. The normal lighting power supply cables and the emergency lighting power supply cables are connected with the junction box, and the junction box is connected with the lighting bus cable. The lighting bus cable is arranged on the binding bridge, and the binding bridge is provided with the lamp base. The normal lighting lamps and the emergency lighting lamps are installed on the lamp base. The normal lighting lamps are connected with the lighting bus cable through the wiring panel, and the emergency lighting lamps are connected with the lighting bus cable through the wiring panel.

[0007] A plurality of lamp bases are arranged on the binding bridge, and the lamp bases are installed on the path of the lighting bus cable laid on the binding bridge.

[0008] The lighting bus cable is provided with a plurality of cable supports on the path of laying on the binding bridge, the lighting bus cable is laid on the cable supports, and the lighting bus cable is fixed on the cable supports by the cable binding member.

[0009] The normal lighting power supply cable is a two-core cable, the emergency lighting power supply cable is a two-core cable, the lighting bus cable is a four-core cable, and the lighting bus cable comprises a first cable, a second cable, a third cable and a fourth cable.

[0010] The two-core cable of the normal lighting power supply cable is connected with the first cable and the second cable of the lighting bus cable respectively.

[0011] The two-core cable of the emergency lighting power supply cable is connected with the third cable and the fourth cable of the lighting bus cable respectively.

[0012] The wiring panel is installed on the lighting fixture, and the wiring panel is connected with the first cable, the second cable, the third cable and the fourth cable in the lighting bus cable respectively.

[0013] A method for using a ship binding bridge lighting system, the method specifically comprises the following steps:

[0014] Firstly, a special system for ship binding bridge lighting is prepared, the system comprising lighting fixtures, power supply cables, a junction box and a fixture fixing device, the lighting fixtures comprising normal lighting fixtures and emergency lighting fixtures, the power supply cables comprising normal lighting power supply cables, emergency lighting power supply cables and a lighting bus cable, and the fixture fixing device comprising fixture bases and wiring panels; the normal lighting power supply cables and the emergency lighting power supply cables are connected with the junction box respectively, the junction box is connected with the lighting bus cable, the lighting bus cable is arranged on the binding bridge, the binding bridge is provided with the fixture bases, the normal lighting fixtures and the emergency lighting fixtures are installed on the fixture bases respectively, the normal lighting fixtures are connected with the lighting bus cable through the wiring panels, and the emergency lighting fixtures are connected with the lighting bus cable through the wiring panels;

[0015] Secondly, the fixture bases are arranged on the binding bridge, and the fixture bases are installed at the distribution positions of the normal lighting fixtures and the emergency lighting fixtures on the binding bridge.

[0016] Thirdly, a plurality of cable supports are installed on the fixture base installation path, after the installation of the cable supports is completed, the lighting bus cable is laid on the cable supports, and the lighting bus cable is fixed on the cable supports by the cable binding member.

[0017] Fourthly, the normal lighting lamps and the emergency lighting lamps are installed on the lamp bases, and the normal lighting lamps and the emergency lighting lamps are arranged on the lamp bases of the binding bridge in an alternating manner; and the wiring strips are installed on each lamp base;

[0018] Fifthly, when the normal lighting lamps are installed on the lamp bases, the two-core cables of the normal lighting lamps are connected to the first cable and the second cable of the lighting bus cable through the wiring strips;

[0019] Sixthly, when the emergency lighting lamps are installed on the lamp bases, the two-core cables of the emergency lighting lamps are connected to the third cable and the fourth cable of the lighting bus cable through the wiring strips;

[0020] Seventhly, after the installation of the normal lighting lamps and the emergency lighting lamps, the lighting bus cable is connected to the normal lighting power supply cable and the emergency lighting power supply cable through the wiring box, and the installation of the binding bridge lighting system is completed.

[0021] When the normal lighting lamps installed on the lamp bases are adjusted to the emergency lighting lamps, the normal lighting lamps are connected to the third cable and the fourth cable of the lighting bus cable through the wiring strips, that is, the normal lighting lamps are adjusted to the emergency lighting lamps.

[0022] When the emergency lighting lamps installed on the lamp bases are adjusted to the normal lighting lamps, the emergency lighting lamps are connected to the first cable and the second cable of the lighting bus cable through the wiring strips, that is, the emergency lighting lamps are adjusted to the normal lighting lamps.

[0023] Based on the above technical solutions, the ship binding bridge lighting system and the use method have the following technical advantages after practical application:

[0024] 1. The ship binding bridge lighting system adopts the form of the four-core lighting bus cable, installs the normal lighting lamps and the emergency lighting lamps on the lamp bases of the lighting bus cable path, and arranges the normal lighting lamps and the emergency lighting lamps on the same path, so that the wiring amount and length of the cable are reduced, and the cost of the cable is reduced.

[0025] 2. The use method of the ship binding bridge lighting system adjusts the wiring positions of the normal lighting lamps and the emergency lighting lamps on the lighting bus cable through the wiring strips arranged on the lamp bases, so that the emergency lighting lamps and the normal lighting lamps can be adjusted to each other, without increasing additional cable laying work and labor cost, and the adjustment flexibility of the lighting lamps is improved.

[0026] 3. The ship binding bridge lighting system of the present application reduces the amount of cable used by arranging normal lighting fixtures and emergency lighting lamps on the same path, reducing the original cable length by half compared to the prior art, and reducing the use cost. BRIEF DESCRIPTION OF DRAWINGS

[0027] Figure 1 is a conventional ship binding bridge lighting system structure diagram in the ship binding bridge lighting system of the present application.

[0028] Figure 2 is a ship binding bridge lighting system structure diagram of the present application in the ship binding bridge lighting system of the present application.

[0029] Figure 3 is a normal lighting power supply cable and emergency lighting power supply cable and lighting bus cable circuit connection schematic diagram in the ship binding bridge lighting system of the present application.

[0030] Figure 4 is a normal lighting fixture and emergency lighting fixture and wiring panel circuit connection schematic diagram in the ship binding bridge lighting system of the present application.

[0031] Figure 5 is a lighting fixture base installation schematic diagram in the ship binding bridge lighting system of the present application. DETAILED DESCRIPTION

[0032] In order to make the purpose, technical scheme and advantages of the present application more clear and obvious, the present application will be described below through specific examples shown in the drawings. However, it should be understood that these descriptions are only exemplary and are not intended to limit the scope of the present application. In addition, in the following description, the description of known structures and technologies is omitted to avoid unnecessary confusion of the concept of the present application.

[0033] As Figures 1-5The application belongs to a ship binding bridge lighting system, which comprises a lighting lamp 8, a power supply cable, a junction box 4 and a lamp fixing device, the lighting lamp 8 comprises a normal lighting lamp 1 and an emergency lighting lamp 2, the power supply cable comprises a normal lighting power supply cable 5, an emergency lighting power supply cable 6 and a lighting bus cable 3, the lamp fixing device comprises a lamp base 11 and a wiring panel 7; the normal lighting power supply cable 5 and the emergency lighting power supply cable 6 are connected with the junction box 4 respectively, the junction box 4 is connected with the lighting bus cable 3, the lighting bus cable 3 is arranged on a binding bridge 12, the binding bridge 12 is provided with the lamp base 11, the normal lighting lamp 1 and the emergency lighting lamp 2 are installed on the lamp base 11 respectively, the normal lighting lamp 1 is connected with the lighting bus cable 3 through the wiring panel 7, and the emergency lighting lamp 2 is connected with the lighting bus cable 3 through the wiring panel 7; the normal lighting lamp 1 and the emergency lighting lamp 2 are installed on the lamp base 11 in the form of the four-core lighting bus cable 3, the normal lighting lamp 1 and the emergency lighting lamp 2 are arranged on the same path, the wiring amount and length of the cable are reduced, and the cost of the cable is reduced.

[0034] The binding bridge 12 is provided with a plurality of lamp bases 11, and the lamp bases 11 are installed on the path of the lighting bus cable 3 laid on the binding bridge 12.

[0035] The lighting bus cable 3 is provided with a plurality of cable support members 10 on the path laid on the binding bridge 12, the lighting bus cable 3 is laid on the cable support members 10, and the lighting bus cable 3 is fixed on the cable support members 10 through a cable binding member 9.

[0036] The normal lighting power supply cable 5 is a two-core cable, the emergency lighting power supply cable 6 is a two-core cable, the lighting bus cable 3 is a four-core cable, and the lighting bus cable 3 comprises a first cable 31, a second cable 32, a third cable 33 and a fourth cable 34.

[0037] The two-core cables of the normal lighting power supply cable 5 are connected with the first cable 31 and the second cable 32 of the lighting bus cable 3 respectively.

[0038] The two-core cables of the emergency lighting power supply cable 6 are connected with the third cable 33 and the fourth cable 34 of the lighting bus cable 3 respectively.

[0039] The wiring strip 7 is installed on the lighting fixture 8, and the wiring strip 7 is connected with the first cable 31, the second cable 32, the third cable 33 and the fourth cable 34 in the lighting bus cable 3 respectively; the wiring position of the normal lighting fixture 1 and the emergency lighting fixture 2 on the lighting bus cable 3 is adjusted by the wiring strip 7 arranged on the fixture base 11, so that the emergency lighting fixture 2 and the normal lighting fixture 1 can be adjusted mutually, without increasing additional cable laying work and labor cost, and the lighting fixture adjustment flexibility is improved.

[0040] A method for using a ship lashing bridge lighting system, which specifically comprises the following steps:

[0041] Firstly, a special system for ship lashing bridge lighting is prepared, which comprises lighting fixtures 8, power supply cables, a wiring box 4 and fixture fixing devices, the lighting fixtures 8 comprise normal lighting fixtures 1 and emergency lighting fixtures 2, the power supply cables comprise normal lighting power supply cables 5, emergency lighting power supply cables 6 and a lighting bus cable 3, the fixture fixing devices comprise fixture bases 11 and wiring strips 7; the normal lighting power supply cables 5 and the emergency lighting power supply cables 6 are connected with the wiring box 4 respectively, the wiring box 4 is connected with the lighting bus cable 3, the lighting bus cable 3 is arranged on a lashing bridge 12, the fixture bases 11 are arranged on the lashing bridge 12, the normal lighting fixtures 1 and the emergency lighting fixtures 2 are installed on the fixture bases 11 respectively, the normal lighting fixtures 1 are connected with the lighting bus cable 3 through the wiring strips 7, and the emergency lighting fixtures 2 are connected with the lighting bus cable 3 through the wiring strips 7;

[0042] Secondly, the fixture bases 11 are arranged on the lashing bridge 12, and the fixture bases 11 are installed on the distribution positions of the normal lighting fixtures 1 and the emergency lighting fixtures 2 on the lashing bridge 12;

[0043] Thirdly, a plurality of cable supports 10 are installed on the fixture base 11 installation path, after the installation of the cable supports 10 is completed, the lighting bus cable 3 is laid on the cable supports 10, and the lighting bus cable 3 is fixed on the cable supports 10 through a cable lashing piece 9;

[0044] Fourthly, the normal lighting fixtures 1 and the emergency lighting fixtures 2 are installed on the fixture bases 11, the normal lighting fixtures 1 and the emergency lighting fixtures 2 are distributed alternately on the fixture bases 11 of the lashing bridge 12, and the wiring strips 7 are installed on each fixture base 11;

[0045] Fifthly, when the normal lighting fixtures 1 are installed on the fixture bases 11, two-core cables of the normal lighting fixtures 1 are connected with the first cable 31 and the second cable 32 of the lighting bus cable 3 through the wiring strips 7 respectively;

[0046] The sixth step, when the emergency lighting lamp 2 is installed on the lamp base 11, the two-core cable of the emergency lighting lamp 2 is connected to the third cable 33 and the fourth cable 34 of the lighting bus cable 3 through the wiring strip 7 respectively;

[0047] The seventh step, after the normal lighting lamp 1 and the emergency lighting lamp 2 are installed, the lighting bus cable 3 is connected to the normal lighting power supply cable 5 and the emergency lighting power supply cable 6 through the junction box 4, and the installation of the binding bridge 12 lighting system is completed.

[0048] When the normal lighting lamp 1 installed on the lamp base 11 is adjusted to the emergency lighting lamp 2, the normal lighting lamp 1 is connected to the third cable 33 and the fourth cable 34 in the lighting bus cable 3 through the wiring strip 7, that is, the normal lighting lamp 1 is adjusted to the emergency lighting lamp 2.

[0049] When the emergency lighting lamp 2 installed on the lamp base 11 is adjusted to the normal lighting lamp 1, the emergency lighting lamp 2 is connected to the first cable 31 and the second cable 32 in the lighting bus cable 3 through the wiring strip 7, that is, the emergency lighting lamp 2 is adjusted to the normal lighting lamp 1; by arranging the normal lighting lamp 1 and the emergency lighting lamp in the same path, the use amount of the cable is reduced, compared with the prior art, the original cable use length is reduced by half, and the use cost is reduced.

[0050] Finally, it should be noted that: the above examples are only used to illustrate the technical solutions of the present application and not to limit them; although the present application has been described in detail with reference to the preferred embodiments, those skilled in the art should understand that; the specific embodiments of the application can be modified or some technical features can be replaced by equivalent; without departing from the spirit of the technical solutions of the present application, they should be covered in the technical solution range of the present application claimed.

Claims

1. A ship lashing bridge lighting system, characterized in that, The system comprises a lighting fixture (8), a power supply cable, a junction box (4) and a fixture fixing device, the lighting fixture (8) comprises a normal lighting fixture (1) and an emergency lighting fixture (2), the power supply cable comprises a normal lighting power supply cable (5), an emergency lighting power supply cable (6) and a lighting bus cable (3), the fixture fixing device comprises a fixture base (11) and a wiring panel (7); the normal lighting power supply cable (5) and the emergency lighting power supply cable (6) are connected with the junction box (4) respectively, the junction box (4) is connected with the lighting bus cable (3), the lighting bus cable (3) is arranged on a binding bridge (12), the binding bridge (12) is provided with the fixture base (11), the normal lighting fixture (1) and the emergency lighting fixture (2) are installed on the fixture base (11) respectively, the normal lighting fixture (1) is connected with the lighting bus cable (3) through the wiring panel (7), and the emergency lighting fixture (2) is connected with the lighting bus cable (3) through the wiring panel (7).

2. A ship lashing bridge lighting system according to claim 1, characterised in that, A plurality of fixture bases (11) are arranged on the binding bridge (12), and the fixture bases (11) are installed on the path where the lighting bus cable (3) is laid on the binding bridge (12).

3. A mooring bridge lighting system for a marine vessel as claimed in claim 2, wherein, The lighting bus cable (3) is provided with a plurality of cable supports (10) on the path where the lighting bus cable (3) is laid on the binding bridge (12), the lighting bus cable (3) is laid on the cable supports (10), and the lighting bus cable (3) is fixed on the cable supports (10) through cable binding members (9).

4. A vessel lashing bridge lighting system according to claim 1, characterised in that, The normal lighting power supply cable (5) is a two-core cable, the emergency lighting power supply cable (6) is a two-core cable, the lighting bus cable (3) is a four-core cable, and the lighting bus cable (3) comprises a first cable (31), a second cable (32), a third cable (33) and a fourth cable (34).

5. A mooring bridge lighting system for a vessel as claimed in claim 4, wherein, The two-core cables of the normal lighting power supply cable (5) are connected with the first cable (31) and the second cable (32) of the lighting bus cable (3) respectively.

6. A mooring bridge lighting system for a marine vessel as claimed in claim 4 wherein, The two-core cables of the emergency lighting power supply cable (6) are connected with the third cable (33) and the fourth cable (34) of the lighting bus cable (3) respectively.

7. A mooring bridge lighting system for a marine vessel as claimed in claim 1, wherein, The wiring panel (7) is installed on the lighting fixture (8), and the wiring panel (7) is connected with the first cable (31), the second cable (32), the third cable (33) and the fourth cable (34) in the lighting bus cable (3) respectively.

8. A method of using a ship lashing bridge lighting system, characterized by, The method specifically comprises the following steps: The first step is to prepare a special system for illuminating the ship binding bridge, which includes lighting lamps (8), power supply cables, junction boxes (4) and lamp fixing devices. The lighting lamps (8) include normal lighting lamps (1) and emergency lighting lamps (2), the power supply cables include normal lighting power supply cables (5), emergency lighting power supply cables (6) and lighting busbar cables (3), and the lamp fixing devices include lamp bases (11) and wiring rows (7). The normal lighting power supply cables (5) and the emergency lighting power supply cables (6) are connected with the junction boxes (4) respectively, the junction boxes (4) are connected with the lighting busbar cables (3), the lighting busbar cables (3) are arranged on the binding bridge (12), the binding bridge (12) is provided with the lamp bases (11), the normal lighting lamps (1) and the emergency lighting lamps (2) are installed on the lamp bases (11) respectively, the normal lighting lamps (1) are connected with the lighting busbar cables (3) through the wiring rows (7), and the emergency lighting lamps (2) are connected with the lighting busbar cables (3) through the wiring rows (7); The second step is to arrange the lamp bases (11) on the binding bridge (12), and the lamp bases (11) are installed on the distribution positions of the normal lighting lamps (1) and the emergency lighting lamps (2) on the binding bridge (12); The third step is that a plurality of cable supports (10) are installed on the lamp base (11) installation path, after the installation of the cable supports (10) is completed, the lighting busbar cables (3) are laid on the cable supports (10), and the lighting busbar cables (3) are fixed on the cable supports (10) through cable binding pieces (9); The fourth step is to install the normal lighting lamps (1) and the emergency lighting lamps (2) on the lamp bases (11), and the normal lighting lamps (1) and the emergency lighting lamps (2) are distributed alternately on the lamp bases (11) of the binding bridge (12); the wiring rows (7) are installed on each lamp base (11); The fifth step is that when the normal lighting lamps (1) are installed on the lamp bases (11), the two-core cables of the normal lighting lamps (1) are connected with the first cable (31) and the second cable (32) of the lighting busbar cables (3) through the wiring rows (7) respectively; The sixth step is that when the emergency lighting lamps (2) are installed on the lamp bases (11), the two-core cables of the emergency lighting lamps (2) are connected with the third cable (33) and the fourth cable (34) of the lighting busbar cables (3) through the wiring rows (7) respectively; The seventh step is that after the installation of the normal lighting lamps (1) and the emergency lighting lamps (2) is completed, the lighting busbar cables (3) are connected with the normal lighting power supply cables (5) and the emergency lighting power supply cables (6) through the junction boxes (4), and the installation of the binding bridge (12) lighting system is completed.

9. A method of using a ship lashing bridge lighting system according to claim 8, characterized in that, When the normal lighting lamp (1) installed on the lamp base (11) is adjusted to the emergency lighting lamp (2), the normal lighting lamp (1) is adjusted to be connected with the third cable (33) and the fourth cable (34) in the lighting bus cable (3) through the wiring strip (7) and the first cable (31) and the second cable (32) in the lighting bus cable (3), that is, the normal lighting lamp (1) is adjusted to the emergency lighting lamp (2).

10. A method of using a ship lashing bridge lighting system according to claim 8, wherein, When the emergency lighting lamp (2) installed on the lamp base (11) is adjusted to the normal lighting lamp (1), the emergency lighting lamp (2) is adjusted to be connected with the first cable (31) and the second cable (32) in the lighting bus cable (3) through the wiring strip (7) and the third cable (33) and the fourth cable (34) in the lighting bus cable (3), that is, the emergency lighting lamp (2) is adjusted to the normal lighting lamp (1).

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