One-key starting control system for fire water monitor fixed on deck of container ship

Abstract

The invention discloses a container ship deck fixed fire water monitor one-key starting control system. The system comprises a booster pump heavy load inquiry module; a ballast water pump operation request module; fixing a fire water monitor starting module; a valve remote control module; a booster pump starting module; the booster pump heavy load inquiry module and the ballast water pump operation request module are respectively connected to the fixed fire water monitor starting module; the fixed fire water monitor starting module, the valve remote control module and the booster pump starting module are connected in sequence; the system further comprises a one-key starting module capable of sending starting signals to the booster pump heavy load inquiry module and the ballast water pump operation request module at the same time. According to the invention, the operation labor cost of sailors can be effectively saved, the response timeliness is improved, the response speed is high, fire spreading can be effectively prevented, and the safety of ships and personnel is guaranteed.

Description

Technical Field

[0001] The present invention relates to the technical field of ships, and in particular to a one-button starting control system for a fixed fire-fighting water cannon on a deck of a container ship. Background Art

[0002] The fixed fire monitor fire extinguishing system is mainly used to protect the container stack area on the deck of container ships. It uses seawater as the fire extinguishing medium and has the characteristics of long range and flexible operation. It sprays water to reduce the temperature of the fire source or directly extinguish the fire to prevent the fire from spreading. The system consists of fixed fire monitors, ballast water pumps, booster pumps, pipe systems, remote control valves, pump starters, main control boxes, remote control panels, etc. Fixed fire monitors must be installed in the bow and stern areas of the ship at a position higher than the container stack, usually on the compass deck and bow mast. Crew members can operate the fixed fire monitors to extinguish fires through local operation stations and remote control operation stations.

[0003] The specific operation process of fixed fire water monitor is as follows:

[0004] First, switch the ballast water pump from ballast mode to fire mode, and transfer the seawater in the seawater main to the booster pump through the ballast water pump. At the same time, open the remote control valves before and after the booster pump and in front of the fixed fire water monitor, and confirm whether the water pressure on the fire water pipeline is normal. Secondly, send a booster pump overload inquiry signal. After receiving the booster pump start signal, start the booster pump. The seawater in the fire water pipeline is pressurized by the booster pump and then transferred to the fixed fire water monitor to ensure that the highest container on the deck is within the effective range of the fixed fire water monitor.

[0005] Insufficient existing technology:

[0006] Before operating the fixed fire water cannon to extinguish the fire, the crew needs to manually operate the ballast water pump, booster pump and related remote control valves in sequence according to the starting process, which involves multiple devices in multiple systems, making the operation inconvenient and inefficient. Summary of the invention

[0007] The present invention overcomes the above-mentioned defects in the prior art and provides a one-button starting control system for a fixed fire-fighting water monitor on a deck of a container ship.

[0008] The present invention solves the above technical problems through the following technical solutions:

[0009] A one-button start control system for a fixed fire-fighting water monitor on a container ship deck, comprising:

[0010] A booster pump overload inquiry module capable of sending a booster pump overload inquiry signal to a power station management system;

[0011] A ballast water pump operation request module capable of sending a ballast water pump operation request signal to the cabin monitoring alarm and control system;

[0012] A fixed fire monitor actuation module capable of actuating a fixed fire monitor;

[0013] A valve remote control module capable of sending an opening signal of the remote control valve in front of the fixed fire monitor and the remote control valves in front and behind the booster pump to the valve remote control system;

[0014] A boost pump starting module capable of starting the boost pump;

[0015] The booster pump overload inquiry module and the ballast water pump operation request module are respectively connected to the fixed fire water cannon starting module; the fixed fire water cannon starting module, the valve remote control module and the booster pump starting module are connected in sequence;

[0016] The one-button start control system for fixed fire-fighting water monitors on the deck of a container ship also includes a one-button start module that can simultaneously send a start signal to the booster pump overload inquiry module and the ballast water pump operation request module.

[0017] Furthermore, the booster pump overload inquiry module is connected to the power station management system.

[0018] Furthermore, the ballast water pump operation request module is connected to the engine room monitoring alarm and control system.

[0019] Further, the valve remote control module is connected to the valve remote control system.

[0020] Furthermore, the boost pump overload inquiry module and the ballast water pump operation request module are both connected to the one-button start module.

[0021] Furthermore, the one-button start control system for the fixed fire water cannon on the deck of the container ship also includes a fixed fire water cannon control panel; the one-button start module, the booster pump overload inquiry module, the ballast water pump operation request module, the fixed fire water cannon start module, the valve remote control module, and the booster pump start module are all arranged on the fixed fire water cannon control panel.

[0022] Furthermore, a one-button start button is provided on the fixed fire water cannon control panel; the one-button start button is connected to the one-button start module; the fixed fire water cannon control panel is also provided with a fixed fire water cannon switch button for controlling the start and shut down of the fixed fire water cannon.

[0023] Furthermore, a fire water cannon operation display terminal capable of displaying whether the fixed fire water cannon is in an operating state is provided on the fixed fire water cannon control panel.

[0024] Furthermore, the fixed fire water monitor control panel is provided with a booster pump operation display terminal capable of displaying whether the booster pump is in operation, and a ballast water pump operation display terminal capable of displaying whether the ballast water pump is in operation.

[0025] Furthermore, a pressure display component capable of displaying the water pressure in the fire water pipeline is provided on the fixed fire water monitor control panel.

[0026] The beneficial effects of the present invention are as follows: the one-button start control system for the fixed fire-fighting water cannon on the deck of a container ship of the present invention ensures the safety and reliability of the fire-fighting system on the container deck, can effectively save the manpower cost of crew operation, improves the timeliness of response, has a fast response rate, can effectively prevent the spread of fire, and ensures the safety of the ship and personnel. BRIEF DESCRIPTION OF THE DRAWINGS

[0027] Figure 1 It is a structural schematic diagram of a preferred embodiment of the present invention.

[0028] Figure 2 This is a schematic diagram of the operating end surface of a fixed fire monitor control panel according to a preferred embodiment of the present invention.

[0029] Figure 3 The present invention is a schematic structural diagram of a fixed fire-fighting water monitor system for a ship using a preferred embodiment of the present invention. DETAILED DESCRIPTION

[0030] A preferred embodiment is given below, and the present invention is described more clearly and completely in conjunction with the accompanying drawings.

[0031] like Figure 1 and Figure 2 As shown, a one-button start control system for a fixed fire water cannon on a container ship deck comprises:

[0032] A booster pump overload inquiry module 11 capable of sending a booster pump overload inquiry signal to a power station management system;

[0033] A ballast water pump operation request module 12 capable of sending a ballast water pump operation request signal to the cabin monitoring alarm and control system;

[0034] A fixed fire water monitor starting module 13 capable of starting a fixed fire water monitor;

[0035] A valve remote control module 14 capable of sending an opening signal of the remote control valve in front of the fixed fire monitor and the remote control valves in front and behind the booster pump to the valve remote control system;

[0036] A boost pump starting module 15 capable of starting the boost pump;

[0037] The booster pump overload inquiry module 11 and the ballast water pump operation request module 12 are respectively connected to the fixed fire water cannon starting module 13; the fixed fire water cannon starting module 13, the valve remote control module 14 and the booster pump starting module 15 are connected in sequence;

[0038] The one-button start control system for fixed fire-fighting water monitors on the deck of a container ship also includes a one-button start module 10 that can simultaneously send a start signal to the booster pump overload inquiry module and the ballast water pump operation request module.

[0039] The booster pump overload inquiry module 11 is connected to the power station management system 21 .

[0040] The ballast water pump operation request module 12 is connected to the engine room monitoring alarm and control system 22 .

[0041] The valve remote control module 14 is connected to the valve remote control system 23 .

[0042] The boost pump overload inquiry module 11 and the ballast water pump operation request module 12 are both connected to the one-key start module 10 .

[0043] The one-button start control system for the fixed fire water cannon on the deck of a container ship also includes a fixed fire water cannon control panel 30; the one-button start module 10, the booster pump overload inquiry module 11, the ballast water pump operation request module 12, the fixed fire water cannon start module 13, the valve remote control module 14, and the booster pump start module 15 are all arranged on the fixed fire water cannon control panel 30.

[0044] The operating principle and steps of the one-button start control system for fixed fire monitors on container ship decks are as follows:

[0045] (1) After starting, the one-button starting module 10 sends a starting signal to the boosting pump overload inquiry module 11 and the ballast water pump operation request module 12 respectively.

[0046] (2) The booster pump overload inquiry module 11 and the ballast water pump operation request module 12 run in parallel. The booster pump overload inquiry module 11 sends a overload inquiry signal to the power station management system 21 to start the standby generator and confirm that the booster pump can be started; the ballast water pump operation request module 12 sends a ballast water pump operation request signal to the engine room monitoring alarm and control system 22 to confirm the ballast water pump operation status and switch to the fire fighting mode.

[0047] (3) The fixed fire water monitor starting module 13 starts the fixed fire water monitor.

[0048] (4) The valve remote control module 14 sends an opening signal to the valve remote control system 23 for the remote control valve in front of the fixed fire monitor and the remote control valves in front and behind the booster pump.

[0049] (5) The boost pump starting module 15 starts the boost pump.

[0050] (6) Crew members operate fixed fire monitors to extinguish fires.

[0051] The operating end surface of the fixed fire water monitor control panel 30 is provided with a plurality of operating buttons and a display end.

[0052] A one-touch start button 31 is provided on the fixed fire water monitor control panel 30 ; the one-touch start button 31 is connected to the one-touch start module 10 .

[0053] The fixed fire water monitor control panel 30 is also provided with a fixed fire water monitor switch button 32 for controlling the start and shut down of the fixed fire water monitor.

[0054] The fixed fire water monitor control panel 30 is provided with a fire water monitor operation display terminal 33 which can display whether the fixed fire water monitor is in operation.

[0055] The fixed fire water monitor control panel 30 is provided with a booster pump operation display terminal 34 capable of displaying whether the booster pump is in operation, a ballast water pump operation display terminal 35 capable of displaying whether the ballast water pump is in operation, a booster pump fault display terminal 36 capable of displaying that the booster pump is in a fault state, and a ballast water pump fault display terminal 37 capable of displaying that the ballast water pump is in a fault state.

[0056] A pressure display component 38 capable of displaying the water pressure in the fire water pipeline is provided on the fixed fire water monitor control panel.

[0057] like Figure 2 As shown, the one-touch start button 31, the fixed fire water monitor switch button 32, the fire water monitor operation display terminal 33, the booster pump operation display terminal 34, the ballast water pump operation display terminal 35, the booster pump fault display terminal 36, the ballast water pump fault display terminal 37, and the pressure display component 38 are all arranged on the operating end surface of the fixed fire water monitor control panel 30.

[0058] like Figure 3 As shown, in the ship of this embodiment, a ballast water pump 42 and a booster pump 43 are provided on the fire water pipe between the seawater main 41 and the fixed fire water monitor 40; remote control valves 44 are provided in front and behind the booster pump and in front of the fixed fire water monitor. There are 6 fixed fire water monitors 40, among which four are provided on the compass deck, two facing the bow and two facing the stern; two fixed fire water monitors are installed on the foremast, both facing the stern. For the convenience of description, the six fixed fire water monitors are respectively referred to as fixed fire water monitor 1, fixed fire water monitor 2, fixed fire water monitor 3, fixed fire water monitor 4, fixed fire water monitor 5, and fixed fire water monitor 6.

[0059] Therefore, if Figure 2 As shown, on the fixed fire water monitor control panel 30, there are fixed fire water monitor switch buttons and fire water monitor operation display terminals corresponding to each fixed fire water monitor, so as to realize individual control of each fixed fire water monitor.

[0060] When the ship needs to use fixed fire water monitors, the crew selects the fixed fire water monitors to be started on the fixed fire water monitor control panel and presses the one-button start button. The control system will then send control signals of the ballast water pump, booster pump and remote control valve to the power station management system, engine room monitoring alarm and control system and valve remote control system through the control panel in sequence, thereby realizing one-button start and control of the fixed fire water monitors.

[0061] The present invention aims at the technical problem that the fire extinguishing operation steps of the fixed fire water monitor system of the container ship are complicated, and improves the starting process: the original sequential manual operation process is reasonably optimized for parallel processing control. When a fire alarm occurs in the container stack area on the deck of the container ship, the crew only needs to select the fixed fire water monitor to be started on the control panel and press a one-button start button, and the system will automatically complete the control of the equipment in the relevant system.

[0062] The one-button start control system for the fixed fire-fighting water cannon on the deck of a container ship of the present invention ensures the safety and reliability of the fire-fighting system on the deck of the container ship, can effectively save the manpower cost of crew operation, improves the timeliness of response, has a fast response rate, can effectively prevent the spread of fire, and ensures the safety of the ship and personnel.

[0063] Although the specific embodiments of the present invention are described above, it should be understood by those skilled in the art that this is only for illustration and the protection scope of the present invention is defined by the appended claims. Those skilled in the art may make various changes or modifications to these embodiments without departing from the principles and essence of the present invention, but these changes and modifications all fall within the protection scope of the present invention.

Claims

1. A one-button start control system for a fixed fire monitor on a container ship deck, characterized in that: It includes: A booster pump overload inquiry module capable of sending a booster pump overload inquiry signal to a power station management system; A ballast water pump operation request module capable of sending a ballast water pump operation request signal to the cabin monitoring alarm and control system; A fixed fire monitor actuation module capable of actuating a fixed fire monitor; A valve remote control module capable of sending opening signals of the remote control valves in front of the fixed fire monitor and the remote control valves in front and behind the booster pump to the valve remote control system; A boost pump starting module capable of starting the boost pump; The booster pump overload inquiry module and the ballast water pump operation request module are respectively connected to the fixed fire water cannon starting module; the fixed fire water cannon starting module, the valve remote control module and the booster pump starting module are connected in sequence; The one-button start control system for fixed fire-fighting water monitors on the deck of a container ship also includes a one-button start module that can simultaneously send a start signal to the booster pump overload inquiry module and the ballast water pump operation request module.

2. The one-button start control system for fixed fire monitors on the deck of a container ship according to claim 1, characterized in that: The booster pump overload inquiry module is connected to the power station management system.

3. The one-button start control system for fixed fire monitors on the deck of a container ship according to claim 1, characterized in that: The ballast water pump operation request module is connected to the engine room monitoring alarm and control system.

4. The one-button start control system for fixed fire monitors on the deck of a container ship according to claim 1, characterized in that: The valve remote control module is connected to the valve remote control system.

5. The one-button start control system for fixed fire monitors on the deck of a container ship according to claim 1, characterized in that: The boost pump overload inquiry module and the ballast water pump operation request module are both connected to the one-button start module.

6. The one-button start control system for fixed fire monitors on the deck of a container ship according to claim 1, characterized in that: The one-button start control system for the fixed fire water cannon on the deck of the container ship also includes a fixed fire water cannon control panel; the one-button start module, the booster pump overload inquiry module, the ballast water pump operation request module, the fixed fire water cannon start module, the valve remote control module, and the booster pump start module are all arranged on the fixed fire water cannon control panel.

7. The one-button start control system for fixed fire monitors on deck of container ship according to claim 6, characterized in that: A one-button start button is arranged on the fixed fire water cannon control panel; the one-button start button is connected to the one-button start module; a fixed fire water cannon switch button for controlling the start and shut down of the fixed fire water cannon is also arranged on the fixed fire water cannon control panel.

8. The one-button start control system for fixed fire monitors on the deck of a container ship according to claim 6, characterized in that: The fixed fire water monitor control panel is provided with a fire water monitor operation display terminal which can display whether the fixed fire water monitor is in operation.

9. The one-button start control system for fixed fire monitors on deck of container ship according to claim 6, characterized in that: The fixed fire water monitor control panel is provided with a booster pump operation display terminal capable of displaying whether the booster pump is in operation, and a ballast water pump operation display terminal capable of displaying whether the ballast water pump is in operation.

10. The one-button start control system for fixed fire monitors on the deck of a container ship according to claim 6, characterized in that: The fixed fire water monitor control panel is provided with a pressure display component which can display the water pressure in the fire water pipeline.

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