阅读说明：本技术 一种消防水炮智能控制系统 (Intelligent control system for fire water monitor ) 是由 张德超 李聪 娄永安 毛帅 吕俊杰 于 2021-08-02 设计创作，主要内容包括：本发明公开了一种消防水炮智能控制系统,包括水炮控制器,所述水炮控制器设于消防水炮上；火场感知模块,所述火场感知模块设于所述水炮控制器上且与之电性连接；遥控器,所述遥控器与所述水泡控制器通过无线通信链路相连；云服务器,所述云服务器与所述水炮控制器间电性连接；系统后台,所述系统后台与所述云服务器通过数据交换网络相连；所述系统后台与所述遥控器通过双向通信链路相连；显示预警模块,所述显示预警模块与所述系统后台以及遥控器电性连接；本发明能够实现火灾自动报警及对消防水炮的远程遥控操作,达到无人进入火灾现场即可实施精准灭火的目的,使得灭火效率更加及时有效,尽量减少人员伤亡,降低损失。(The invention discloses an intelligent control system of a fire water monitor, which comprises a water monitor controller, wherein the water monitor controller is arranged on the fire water monitor; the fire scene sensing module is arranged on the water cannon controller and is electrically connected with the water cannon controller; the remote controller is connected with the bubble controller through a wireless communication link; the cloud server is electrically connected with the water cannon controller; the system background is connected with the cloud server through a data exchange network; the system background is connected with the remote controller through a bidirectional communication link; the display early warning module is electrically connected with the system background and the remote controller; the fire extinguishing system can achieve automatic fire alarming and remote control operation of fire extinguishing water cannons, achieves the aim that people can carry out accurate fire extinguishing when no people enter a fire scene, enables fire extinguishing efficiency to be timely and effective, reduces casualties to the greatest extent, and reduces loss.)

1. The utility model provides a fire water monitor intelligence control system which characterized in that: comprises that

The water monitor controller is arranged on the fire water monitor and used for controlling the fire water monitor to spray water, rotate and lift;

the fire scene sensing module is arranged on the water cannon controller and electrically connected with the water cannon controller, and is used for determining the characteristic information of a fire scene and uploading the characteristic information to the water cannon controller;

the remote controller is connected with the bubble controller through a wireless communication link and can issue an operation command for controlling the bubble controller to work;

the cloud server is electrically connected with the water cannon controller;

the system background is connected with the cloud server through a data exchange network, and can receive the fire scene characteristic information uploaded by the fire scene sensing module, issue an operation instruction to the water cannon controller and control the water cannon controller to work; the system background is connected with the remote controller through a bidirectional communication link and used for sharing information;

the display early warning module is electrically connected with the system background and the remote controller, and the display early warning module visually reminds an operator of fire occurrence through acousto-optic information and displays in real time based on the fire scene characteristic information.

2. The intelligent control system for the fire water monitor of claim 1, wherein: the water cannon controller can aim at the fire scene based on fire scene characteristic information to rotate, adjust and lift, and the bubble controller can control the water flow of the fire fighting water cannon based on the fire scene characteristic information.

3. The intelligent control system for the fire water monitor of claim 1, wherein: the fire scene perception module comprises a camera module, a smoke perception module and a temperature module.

4. The intelligent control system of a fire water monitor as recited in claim 3, wherein: the camera module adopts a 180-degree night vision high-definition camera, and the camera can rotate along with the rotation direction of the fire water monitor.

5. The intelligent control system for the fire water monitor of claim 1, wherein: two parallel wireless communication links are arranged between the remote controller and the fire water monitor controller, wherein one is a communication link based on a 5G signal, and the other is a communication link based on a WLAN signal.

6. The intelligent control system for the fire water monitor of claim 5, wherein: and a fault disconnection switching mechanism is arranged between the two wireless communication links, and when any one wireless communication link has a disconnection fault, the other wireless communication link is started to transmit data signals.

7. The intelligent control system for the fire water monitor of claim 1, wherein: the system is characterized in that a program burner is arranged, the program burner distributes an independent digital ID code to each bubble controller, and an instruction issuing set corresponding to each digital ID code is arranged in the system background and the remote controller.

Technical Field

The invention relates to the technical field of fire fighting, in particular to an intelligent control system for a fire water monitor.

Background

The loss of life and property safety is brought for people to the conflagration, the fire control is eliminated promptly and is prevented suffering (prevent promptly and solve people in the life, work, the people that meet in the learning process and nature, accidental calamity, for because of the conflagration problem to taking place in the life, people use traditional fire extinguisher and fire-fighting squirt to put out a fire the engineering usually, do not have a fine fire extinguishing systems work of putting out a fire fast, make the step of putting out a fire chaotic, fire extinguishing efficiency is not high, and can not remote control fire water monitor operation of putting out a fire, make the use of fire water monitor comparatively inconvenient, consequently, the efficiency of putting out a fire can't be ensured, and is not practical.

Disclosure of Invention

In order to solve the technical problems, the technical scheme provided by the invention is an intelligent control system of a fire water monitor, which comprises the following steps:

an intelligent control system for fire water monitor comprises

The water monitor controller is arranged on the fire water monitor and used for controlling the fire water monitor to spray water, rotate and lift;

the fire scene sensing module is arranged on the water cannon controller and electrically connected with the water cannon controller, and is used for determining the characteristic information of a fire scene and uploading the characteristic information to the water cannon controller;

the remote controller is connected with the bubble controller through a wireless communication link and can issue an operation command for controlling the bubble controller to work;

the cloud server is electrically connected with the water cannon controller;

the system background is connected with the cloud server through a data exchange network, and can receive the fire scene characteristic information uploaded by the fire scene sensing module, issue an operation instruction to the water cannon controller and control the water cannon controller to work; the system background is connected with the remote controller through a bidirectional communication link and used for sharing information;

the display early warning module is electrically connected with the system background and the remote controller, and the display early warning module visually reminds an operator of fire occurrence through acousto-optic information and displays in real time based on the fire scene characteristic information.

As an improvement, the water monitor controller can aim at the fire scene to adjust rotation and lift based on the fire scene characteristic information, and the water bubble controller can control the water flow of the fire water monitor based on the fire scene characteristic information.

As an improvement, the fire scene sensing module comprises a camera module, a smoke sensing module and a temperature module.

As an improvement, the camera module adopts a 180-degree night vision high-definition camera, and the camera can rotate along with the rotation direction of the fire water monitor.

As an improvement, two parallel wireless communication links are arranged between the remote controller and the fire water monitor controller, wherein one of the two parallel wireless communication links is a communication link based on a 5G signal, and the other communication link is a communication link based on a WLAN signal.

As an improvement, a fault disconnection switching mechanism is arranged between the two wireless communication links, and when any one wireless communication link breaks down, the other wireless communication link is started to transmit data signals.

As an improvement, a program burner is arranged, the program burner is distributed to each bubble controller to form an independent digital ID code, and an instruction issuing set corresponding to each digital ID code is arranged in the system background and the remote controller.

Compared with the prior art, the invention has the advantages that: the fire extinguishing system can achieve automatic fire alarming and remote control operation of fire extinguishing water cannons, achieves the aim that people can carry out accurate fire extinguishing when no people enter a fire scene, enables fire extinguishing efficiency to be timely and effective, reduces casualties to the greatest extent, and reduces loss.

Drawings

Fig. 1 is a block diagram of an intelligent control system of a fire water monitor according to the present invention.

Detailed Description

The intelligent control system of the fire water monitor is further described in detail with reference to the accompanying drawings.

Referring to the attached drawings, FIG. 1 shows an intelligent control system for a fire water monitor, which comprises

The water monitor controller is arranged on the fire water monitor and is used for controlling the fire water monitor to spray water, rotate and lift;

the fire scene sensing module is arranged on the water cannon controller and is electrically connected with the water cannon controller, and the fire scene sensing module is used for determining the characteristic information of a fire scene and uploading the characteristic information to the water cannon controller;

the remote controller is connected with the bubble controller through a wireless communication link and can issue an operation command for controlling the bubble controller to work;

the cloud server is electrically connected with the water cannon controller;

the system background is connected with the cloud server through a data exchange network and can receive the fire scene characteristic information uploaded by the fire scene sensing module, issue an operation command to the water cannon controller and control the water cannon controller to work; the system background is connected with the remote controller through a bidirectional communication link and used for sharing information;

the display early warning module is electrically connected with the system background and the remote controller, and the display early warning module visually reminds an operator of fire occurrence through acousto-optic information and displays the fire scene characteristic information in real time.

In this embodiment, the water cannon controller can be based on scene of a fire characteristic information in order to aim at the scene of a fire and rotation regulation and lift adjustment, and the rivers flux of fire water cannon can be controlled to the bubble controller based on scene of a fire characteristic information.

In this embodiment, the fire scene sensing module includes a camera module, a smoke sensing module and a temperature module.

In this embodiment, the camera module adopts 180 night vision high definition digtal camera, and the camera can follow the direction of rotation of fire water monitor and rotate.

In this embodiment, two parallel wireless communication links are provided between the remote controller and the fire monitor controller, one of which is a communication link based on a 5G signal, and the other is a communication link based on a WLAN signal.

In this embodiment, a fault disconnection switching mechanism is provided between two wireless communication links, and when any one of the wireless communication links breaks down, the other wireless communication link is enabled to transmit a data signal.

In this embodiment, a program burner is provided, which assigns each bubble controller an independent digital ID code, and an instruction issue set corresponding to each digital ID code is provided in the system background and the remote controller.

The working principle of the invention is as follows: the intelligent control system for the fire monitor is mainly designed for large-scale entertainment places such as densely populated shopping malls, stations, airports and the like, and the product has the main functions of realizing remote control operation and background remote control for early warning prompt, achieving the function of realizing accurate fire extinguishing when no person enters a fire scene, and reducing casualties and loss as much as possible. The intelligent control system of the fire water monitor adopts two control modes, wherein one mode is remote controller operation, the fire water monitor is controlled by a hand-held remote controller, and the other mode is that the fire water monitor is directly controlled by a system background;

the water cannon controller adopts two data transmission modes, one is communication based on 5G signals, the other is communication based on WLAN signals, when a fire disaster happens, a terminal of any one communication mode can be switched to another communication mode for data transmission in an emergency, and the stability of the system is guaranteed; the fire scene sensing module comprises a 180-degree night vision high-definition camera which can rotate according to the rotation direction of the waterproof cannon so as to achieve the optimal visual effect; the fire scene sensing module is also internally provided with a smoke sensing module and a temperature module, and when a fire disaster occurs, the smoke sensing module can send an alarm signal to a system background and related responsible persons to prompt the position of the fire disaster. Each water cannon controller is provided with a digital ID code, and program programming is used for ensuring that no repeated coding exists, so that the remote controller and a system background can accurately find the position of the water cannon and control the position.

When the fire alarm system is implemented specifically, when a specific person in charge receives a fire alarm prompt, the remote controller is turned on to select the alarm digital ID code, a display device of the display early warning module is used for observing a fire scene, personnel are arranged to evacuate, and the remote controller is used for controlling the fire water monitor according to specific characteristic information of the fire scene, so that the effect of enabling no person to enter the fire extinguishing system accurately is achieved;

when receiving a fire alarm prompt at a system background, a background manager observes a fire scene through a display device of the display early warning module, associates a specific position, arranges personnel to evacuate, and controls a fire water monitor to extinguish a fire and rescue through the system background;

when a fire brigade installs a system background program terminal installed based on urban fire information, automatic alarm of fire can be realized, the occurrence position of the fire can be accurately positioned, a display device of a display early warning module can check the fire scene at the first time, a corresponding fire extinguishing scheme is formulated, and a system background can control a fire monitor to effectively control the fire; when the remote controller, the system background and the control action of the field operator conflict, the operation instruction of the field operator is used as the standard.

The present invention and its embodiments have been described above, and the description is not intended to be limiting, and the drawings are only one embodiment of the present invention, and the actual structure is not limited thereto. In summary, those skilled in the art should appreciate that they can readily use the disclosed conception and specific embodiments as a basis for designing or modifying other structures for carrying out the same purposes of the present invention without departing from the spirit and scope of the invention as defined by the appended claims.