CN208097178U - A kind of fire fighting device monitoring system - Google Patents
A kind of fire fighting device monitoring system Download PDFInfo
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Abstract
本实用新型涉及一种消防设施监控系统，消防水池和集水坑内分别设有水位监测传感器，消防泵房内设有温度传感器，湿度传感器，自动喷水灭火系统、消防水炮系统和消火栓系统分别连接有压力传感器；水位监测传感器、温度传感器、湿度传感器和压力传感器分别通过消防监控模块连接消防报警主机。本实用新型可在消防报警主机上显示如下信号：消防水池水位信号、集水坑满水信号、消防泵房温度、湿度超限等信号、消火栓系统水压过低信号、过高信号、自动喷水灭火系统水压过低信号、过高信号、消防水炮系统水各系统压力过低信号、过高信号。通过对这些信号的报警、监视；提示值班人员处理相应问题，或自动启动相应设备，并把设备运行状态反馈到消防控制室。
The utility model relates to a monitoring system for fire-fighting facilities. Water-level monitoring sensors are respectively arranged in fire-fighting pools and sumps, temperature sensors, humidity sensors are arranged in fire-fighting pump rooms, automatic sprinkler systems, fire-fighting water cannon systems and fire-hydrant systems A pressure sensor is connected; a water level monitoring sensor, a temperature sensor, a humidity sensor and a pressure sensor are respectively connected to the fire alarm host through the fire monitoring module. The utility model can display the following signals on the fire alarm host: fire pool water level signal, sump full water signal, fire pump room temperature, humidity overrun signal, fire hydrant system water pressure too low signal, too high signal, automatic spray Water fire extinguishing system water pressure is too low signal, too high signal, fire water monitor system water system pressure is too low signal, too high signal. Through the alarm and monitoring of these signals, the on-duty personnel are prompted to deal with the corresponding problems, or the corresponding equipment is automatically started, and the operating status of the equipment is fed back to the fire control room.
Description
技术领域technical field
本实用新型涉及消防设备领域，具体涉及一种消防设施监控系统。The utility model relates to the field of fire-fighting equipment, in particular to a fire-fighting facility monitoring system.
背景技术Background technique
现有技术不能全面监控消防泵房设备运行情况，要全面监控需增加更多设备。例如现有消防水池自动补水时，在消防报警主机主机上没有显示信号；消防水池的水位可以通过专用设备在消防控制室显示，但需要增加专门的消防水池液位显示仪；消防水池水满溢流时，在消防报警主机主机上没有显示信号；消防泵房集水坑满水时，在消防报警主机主机上没有显示信号；消防泵房温度过低，有冻坏消防设施危险时，在消防报警主机主机上没有显示信号；消防泵房湿度过高，消防电气设施存在腐蚀危险时，在消防报警主机主机上没有显示信号；消火栓系统、自动喷水灭火系统、消防水炮系统水压过低不能保证灭火用水时，在消防报警主机主机上没有显示信号；消火栓系统、自动喷水灭火系统、消防水炮系统压力过高时，在消防报警主机主机上没有显示信号。泵房通风装置、加热装置、排水装置启动后，没有反馈信号在消防报警主机主机上显示。The existing technology cannot comprehensively monitor the operation of the equipment in the fire pump room, and more equipment needs to be added for comprehensive monitoring. For example, when the existing fire pool is automatically filled with water, there is no signal displayed on the fire alarm host; the water level of the fire pool can be displayed in the fire control room through special equipment, but a special fire pool liquid level indicator needs to be added; the fire pool is full of water When the water is flowing, there is no signal displayed on the main unit of the fire alarm host; when the sump of the fire pump room is full of water, no signal is displayed on the main unit of the fire alarm host; There is no signal displayed on the main unit of the alarm host; when the humidity in the fire pump room is too high and there is a risk of corrosion in the fire electrical facilities, no signal is displayed on the main unit of the fire alarm host; the water pressure of the fire hydrant system, automatic sprinkler system, and fire water cannon system is too low When the fire extinguishing water cannot be guaranteed, no signal is displayed on the fire alarm host; when the pressure of the fire hydrant system, automatic sprinkler system, and fire water cannon system is too high, no signal is displayed on the fire alarm host. After the ventilation device, heating device, and drainage device of the pump room are started, there is no feedback signal displayed on the fire alarm host.
实用新型内容Utility model content
本实用新型的目的在于提供一种消防设施监控系统，用以解决现有消防系统无法准确进行监控的问题。The purpose of the utility model is to provide a monitoring system for fire-fighting facilities, which is used to solve the problem that the existing fire-fighting systems cannot monitor accurately.
为实现上述目的，具体地，该消防设施监控系统包括消防水池、消防泵房和消防控制室，消防水池连接有自动注水机构，消防水池通过管路连接消防泵房，消防泵房内设有集水坑，消防泵房连接有自动喷水灭火系统、消防水炮系统和消火栓系统，消防控制室内设有消防报警主机，消防泵房内设有消防监控模块，消防监控模块通过通讯线和电源线连接至消防控制室内的消防报警主机；In order to achieve the above purpose, specifically, the fire control facility monitoring system includes a fire pool, a fire pump room and a fire control room. The water pit and the fire pump room are connected with automatic sprinkler system, fire water cannon system and fire hydrant system. There is a fire alarm host in the fire control room, and a fire monitoring module is installed in the fire pump room. The fire monitoring module passes communication lines and power lines Connected to the fire alarm host in the fire control room;
所述消防水池内设有第一水位监测传感器，集水坑内设有第二水位监测传感器，消防泵房内设有温度传感器，自动喷水灭火系统、消防水炮系统和消火栓系统分别连接有压力传感器；A first water level monitoring sensor is provided in the fire pool, a second water level monitoring sensor is provided in the sump, a temperature sensor is provided in the fire pump room, and the automatic sprinkler system, fire water cannon system and fire hydrant system are respectively connected with pressure sensor;
所述第一水位监测传感器、第二水位监测传感器、温度传感器和压力传感器分别通过消防监控模块连接消防报警主机。The first water level monitoring sensor, the second water level monitoring sensor, the temperature sensor and the pressure sensor are respectively connected to the fire alarm host through the fire monitoring module.
所述消防水池上侧还连接有溢水传感器，溢水传感器通过消防监控模块连接消防报警主机。An overflow sensor is connected to the upper side of the fire pool, and the overflow sensor is connected to the fire alarm host through the fire monitoring module.
所述消防泵房内设有通风装置，通风装置与消防监控模块的输出端连接。A ventilation device is provided in the fire pump room, and the ventilation device is connected with the output end of the fire monitoring module.
所述消防泵房内还设有加热装置，加热装置与消防监控模块的输出端连接。A heating device is also provided in the fire pump room, and the heating device is connected to the output end of the fire monitoring module.
所述消防泵房内设有湿度传感器，湿度传感器通过消防监控模块连接消防报警主机。The fire pump room is provided with a humidity sensor, and the humidity sensor is connected to the fire alarm host through the fire monitoring module.
所述消防泵房内设有连接集水坑的排水装置，排水装置与消防监控模块的输出端连接。The fire pump room is provided with a drainage device connected to the sump, and the drainage device is connected to the output end of the fire monitoring module.
所述排水装置为排水泵。The drainage device is a drainage pump.
本实用新型具有如下优点：本实用新型的消防设施监控系统可在消防报警主机上显示如下信号：水池补水信号、消防水池水位低信号、消防水池溢水信号、集水坑满水信号、消防泵房温度低防冻信号、消防泵房湿度过高电气设备腐蚀信号、消火栓系统水压过低信号、过高信号、自动喷水灭火系统水压过低信号、过高信号、消防水炮系统水压过低信号、过高信号。通过对这些信号的报警、监视；提示值班人员处理相应问题，或自动启动相应设备，并把设备运行状态反馈到消防控制室。The utility model has the following advantages: the fire-fighting facilities monitoring system of the utility model can display the following signals on the fire-fighting alarm host: pool replenishment signal, fire-fighting pool low water level signal, fire-fighting pool overflow signal, sump full-water signal, fire-fighting pump room Low temperature antifreeze signal, high humidity in the fire pump room, corrosion signal of electrical equipment, low water pressure signal of fire hydrant system, high signal, low water pressure signal of automatic sprinkler system, high water pressure signal, high water pressure signal of fire water monitor system Low signal, high signal. Through the alarm and monitoring of these signals, the on-duty personnel are prompted to deal with the corresponding problems, or the corresponding equipment is automatically started, and the operating status of the equipment is fed back to the fire control room.
附图说明Description of drawings
图1为本实用新型实施例1的平面示意图。Figure 1 is a schematic plan view of Embodiment 1 of the present utility model.
图2为消防泵房与消防水池的剖视图。Figure 2 is a sectional view of the fire pump room and the fire pool.
图3为消防监控模块的示意图。。Fig. 3 is a schematic diagram of the fire monitoring module. .
图中：1-消防泵房2-集水坑3-排水泵4-消防水池5-消防控制室6-消防监控模块7-消防报警主机8-自动喷水灭火系统9-消防水炮系统10-消火栓系统11-溢水传感器12-通气管13-覆土。In the figure: 1-Fire pump room 2-Sump 3-Drainage pump 4-Fire pool 5-Fire control room 6-Fire monitoring module 7-Fire alarm host 8-Sprinkler system 9-Fire water cannon system 10 - Fire hydrant system 11 - Overflow sensor 12 - Breather pipe 13 - Soil cover.
具体实施方式Detailed ways
以下实施例用于说明本实用新型，但不用来限制本实用新型的范围。The following examples are used to illustrate the utility model, but not to limit the scope of the utility model.
实施例1Example 1
参见图1～3，该消防设施监控系统包括消防水池4、消防泵房1和消防控制室5，消防水池4连接有自动注水机构，消防水池4通过管路连接消防泵房1，消防泵房1内设有集水坑2，消防泵房1连接有自动喷水灭火系统8、消防水炮系统9和消火栓系统10，消防控制室5内设消防报警主机7，消防泵房内设有消防监控模块6。Referring to Figures 1 to 3, the fire-fighting facilities monitoring system includes a fire-fighting pool 4, a fire-fighting pump room 1 and a fire-fighting control room 5. The fire-fighting pool 4 is connected with an automatic water injection mechanism, and the fire-fighting pool 4 is connected to the fire-fighting pump room 1 and the fire-fighting pump room. 1 is equipped with sump 2, fire pump room 1 is connected with sprinkler system 8, fire water cannon system 9 and fire hydrant system 10, fire control room 5 is equipped with fire alarm host 7, and fire pump room is equipped with fire Monitoring module6.
消防水池4内设有第一水位监测传感器，集水坑2内设有第二水位监测传感器(图中未示出)，消防泵房1内设有温度传感器和湿度传感器，自动喷水灭火系统8、消防水炮系统9和消火栓系统10分别连接有压力传感器；第一水位监测传感器、第二水位监测传感器、温度传感器、湿度传感器和压力传感器分别接入消防监控模块6的输入端。A first water level monitoring sensor is provided in the fire pool 4, a second water level monitoring sensor (not shown in the figure) is provided in the sump 2, a temperature sensor and a humidity sensor are provided in the fire pump room 1, and an automatic sprinkler system 8. The fire water monitor system 9 and the fire hydrant system 10 are respectively connected with pressure sensors; the first water level monitoring sensor, the second water level monitoring sensor, the temperature sensor, the humidity sensor and the pressure sensor are connected to the input end of the fire monitoring module 6 respectively.
消防水池4的底部设有一个抽水坑，消防泵房1通过管路连通抽水坑。消防水池4与消防泵房1的上侧封闭设置，消防水池4的上侧连接有通气管12，通气管12的上端向下弯曲设置，防止污水进入消防水池4内。消防水池4与消防泵房1的上侧覆盖有覆土13。消防水池4在靠近消防水泵1的一侧上部设有溢流口，溢流口位于集水坑2的上侧，进一步的，该消防设施监控系统在溢流口处设有溢水传感器11，溢水传感器11接入消防监控模块6的输入端。消防水池4通过自动注水机构保持水位维持在设定的范围内，自动注水机构可以采用浮球阀等结构。一旦自动注水机构失效，当消防水池4内的水到达上水位后如果不停止注水，消防水池4内的水就会通过溢流口流入集水坑2内，此时通过溢水传感器11检测到有溢流水，说明自动注水机构失效，将溢水信号传递给消防监控模块6，消防监控模块6与消防报警主机7通讯，消防报警主机7报警，通知检修人员现场进行检修，防止水池漏水不被发现。当然自动注水机构失效的另一种情况就是消防水池4内的水位到达最低水位后仍然不自动进行注水，此时通过第一水位监测传感器就可以检测到，然后通过消防监控模块6将信号输送给消防报警主机7，消防报警主机7发出报警。The bottom of the fire-fighting pool 4 is provided with a pumping pit, and the fire-fighting pump room 1 is connected to the pumping pit through pipelines. The upper side of the fire-fighting pool 4 is closed with the fire-fighting pump room 1, and the upper side of the fire-fighting pool 4 is connected with a vent pipe 12, and the upper end of the vent pipe 12 is bent downwards to prevent sewage from entering the fire-fighting pool 4. The upper sides of the fire pool 4 and the fire pump room 1 are covered with earth 13 . The fire-fighting pool 4 is provided with an overflow on the upper side of the fire-fighting water pump 1, and the overflow is located on the upper side of the sump 2. Further, the fire-fighting facility monitoring system is provided with an overflow sensor 11 at the overflow. The sensor 11 is connected to the input terminal of the fire monitoring module 6 . The fire-fighting pool 4 maintains the water level within a set range through an automatic water injection mechanism, and the automatic water injection mechanism can adopt structures such as a float valve. Once the automatic water injection mechanism fails, if the water in the fire-fighting pool 4 reaches the upper water level if the water injection is not stopped, the water in the fire-fighting pool 4 will flow into the sump 2 through the overflow port. Overflow water indicates that the automatic water injection mechanism fails, and the overflow signal is transmitted to the fire monitoring module 6, which communicates with the fire alarm host 7, and the fire alarm host 7 alarms to notify the maintenance personnel to carry out on-site maintenance to prevent water leakage in the pool from being discovered. Of course, another situation where the automatic water injection mechanism fails is that the water level in the fire pool 4 still does not automatically inject water after reaching the minimum water level. At this time, it can be detected by the first water level monitoring sensor, and then the signal is sent to the fire protection monitoring module 6. Fire alarm host 7, fire alarm host 7 sends an alarm.
消防泵房1内设有通风装置，通风装置与消防监控模块6的输出端连接。温度传感器检测到消防泵房1内的温度超过设定值后，消防监控模块6与消防报警主机7通讯，消防报警主机7发出报警信号，值班人员可以手动启动通风装置，也可以通过消防报警主机7自动启动通风装置进行通风降温，保证设备安全运行。湿度传感器检测到消防泵房1内的湿度超过设定值后，消防监控模块6与消防报警主机7通讯，消防报警主机7发出报警信号，值班人员可以手动启动通风装置，也可以通过消防报警主机7自动启动通风装置，防止因泵房内湿度过高腐蚀电气设备。The fire pump room 1 is provided with a ventilation device, and the ventilation device is connected to the output end of the fire monitoring module 6 . After the temperature sensor detects that the temperature in the fire pump room 1 exceeds the set value, the fire monitoring module 6 communicates with the fire alarm host 7, and the fire alarm host 7 sends an alarm signal. 7. Automatically start the ventilation device for ventilation and cooling to ensure the safe operation of the equipment. After the humidity sensor detects that the humidity in the fire pump room 1 exceeds the set value, the fire monitoring module 6 communicates with the fire alarm host 7, and the fire alarm host 7 sends an alarm signal. 7. Automatically start the ventilation device to prevent corrosion of electrical equipment due to high humidity in the pump room.
消防泵房1内还设有加热装置，加热装置与消防监控模块6的输出端连接。温度传感器检测到消防泵房1内的温度低于设定值后，消防监控模块将信号传送至消防报警主机7，消防报警主机发出报警信号，可以手动或自动启动加热装置，防止消防泵房1因低温冻坏消防水泵及管道阀门等部件。A heating device is also provided in the fire pump room 1 , and the heating device is connected to the output end of the fire monitoring module 6 . After the temperature sensor detects that the temperature in the fire pump room 1 is lower than the set value, the fire monitoring module transmits the signal to the fire alarm host 7, and the fire alarm host sends out an alarm signal, which can manually or automatically start the heating device to prevent the fire pump room 1 from Components such as fire pumps and pipeline valves were damaged due to low temperature freezing.
消防泵房1内设有连接集水坑2的排水泵3，排水泵3与消防监控模块6的输出端连接，当第二水位监测传感器检测到集水坑2内的水位超过设定值后，消防监控模块6将信号通讯至消防报警主机7，消防报警主机发出报警信号，可以自动或手动启动排水泵3将水排出，防止消防泵房1内漏水浸泡损坏消防设备。The fire pump room 1 is equipped with a drainage pump 3 connected to the sump 2, and the drainage pump 3 is connected to the output end of the fire monitoring module 6. When the second water level monitoring sensor detects that the water level in the sump 2 exceeds the set value , the fire monitoring module 6 communicates the signal to the fire alarm host 7, and the fire alarm host sends an alarm signal, which can automatically or manually start the drain pump 3 to discharge the water, preventing the fire pump room 1 from leaking and soaking to damage the fire fighting equipment.
第一水位监测传感器设有水池水位下限报警接点；温度传感器设有电子温度计低温报警接点和电子温度计高温报警接点；压力传感器分别设有设置在自动喷水灭火系统8上的自动喷水灭火系统低压报警接点和自动喷水灭火系统高压报警接点、设置在消防水炮系统9的消防水炮系统低压报警接点和消防水炮系统高压报警接点、设置在消火栓系统10上的消火栓系统低压报警接点和消火栓系统高压报警接点。The first water level monitoring sensor is provided with a pool water level lower limit alarm contact; the temperature sensor is provided with an electronic thermometer low temperature alarm contact and an electronic thermometer high temperature alarm contact; Alarm contact and sprinkler system high-voltage alarm contact, fire water cannon system low-pressure alarm contact and fire water cannon system high-voltage alarm contact set on fire water cannon system 9, fire hydrant system low-voltage alarm contact and fire hydrant set on fire hydrant system 10 System high pressure alarm contact.
本实用新型中消防监控模块6上侧十个接口依次为：In the utility model, the ten interfaces on the upper side of the fire monitoring module 6 are as follows:
消防水池4补水信号输入，外接水池进水管水流指示器；Water replenishment signal input for the fire pool 4, externally connected to the water flow indicator of the water inlet pipe of the pool;
水池低水位报警信号输入，外接水池水位下限报警接点；Pool low water level alarm signal input, externally connected to pool water level lower limit alarm contact;
水池溢水信号输入，外接溢水传感器11；Pool overflow signal input, external overflow sensor 11;
泵房集水坑2满水信号输入，外接第二水位监测传感器；Pump room sump 2 full water signal input, externally connected to the second water level monitoring sensor;
泵房温度报警信号输入，外接温度传感器；Pump room temperature alarm signal input, external temperature sensor;
泵房湿度过高信号输入，外接湿度传感器；High humidity signal input in the pump room, external humidity sensor;
消火栓系统水压过低信号输入，外接消火栓系统低压报警接点；The low water pressure signal input of the fire hydrant system is externally connected to the low pressure alarm contact of the fire hydrant system;
消火栓系统水压过高信号输入，外接消火栓系统高压报警接点；The fire hydrant system water pressure is too high signal input, externally connected to the high pressure alarm contact of the fire hydrant system;
自动喷水灭火系统水压过低信号输入，外接自动喷水灭火系统低压报警接点；Automatic sprinkler system water pressure too low signal input, externally connected to automatic sprinkler system low pressure alarm contact;
自动喷水灭火系统水压过高信号输入，外接自动喷水灭火系统高压报警接点。Automatic sprinkler system water pressure too high signal input, externally connected to automatic sprinkler system high pressure alarm contact.
消防监控模块6下侧接口包括：The interface on the lower side of the fire monitoring module 6 includes:
消防水炮系统水压过低信号输入，外接消防水炮系统低压报警接点；The low water pressure signal input of the fire water monitor system is externally connected to the low pressure alarm contact of the fire water monitor system;
消防水炮系统水压过高信号输入，外接消防水炮系统高压报警接点；The fire water monitor system water pressure is too high signal input, externally connected to the high pressure alarm contact of the fire water monitor system;
排风系统启动信号输出，外接排风机控制箱；Exhaust system start signal output, external exhaust fan control box;
排风系统启动信号反馈输入，外接排风机运行反馈信号；Exhaust system startup signal feedback input, external exhaust fan operation feedback signal;
加热装置启动信号输出，外接加热装置控制箱；Heating device start signal output, external heating device control box;
加热装置启动信号反馈输入，外接加热装置运行反馈信号；Heating device startup signal feedback input, external heating device operation feedback signal;
排水泵启动信号输出，外接排水泵控制箱；The start signal output of the drainage pump is connected to the control box of the drainage pump;
排水泵启动信号反馈输入，外接排水泵运行反馈信号；Drainage pump start signal feedback input, external drainage pump operation feedback signal;
消防监控模块6左端接口为火灾自动报警信号总线输入；右端接口为24伏直流电源输入。The left end interface of the fire monitoring module 6 is the input of the automatic fire alarm signal bus; the right end interface is the 24 volt DC power input.
本实用新型利用消防监控模块6将各传感器的信号传输至消防报警主机7，消防报警主机7显示上述报警信号，并通过本身的联动程序，可以自动或手动启动相应的执行装置，并接收、显示执行装置运转的反馈信号，从而达到对消防泵房1的监控作用。The utility model uses the fire monitoring module 6 to transmit the signals of each sensor to the fire alarm host 7, and the fire alarm host 7 displays the above-mentioned alarm signal, and through its own linkage program, it can automatically or manually start the corresponding execution device, and receive and display The feedback signal of the operation of the actuator is used to monitor the fire pump room 1.
虽然，上文中已经用一般性说明及具体实施例对本实用新型作了详尽的描述，但在本实用新型基础上，可以对之作一些修改或改进，这对本领域技术人员而言是显而易见的。因此，在不偏离本实用新型精神的基础上所做的这些修改或改进，均属于本实用新型要求保护的范围。Although the utility model has been described in detail with general description and specific examples above, some modifications or improvements can be made on the basis of the utility model, which will be obvious to those skilled in the art. Therefore, the modifications or improvements made on the basis of not departing from the spirit of the utility model all belong to the protection scope of the utility model.
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108310712A (en) * | 2018-03-23 | 2018-07-24 | 田国廷 | Fire-fighting equipment monitoring system |
| CN111147607A (en) * | 2020-01-10 | 2020-05-12 | 田国廷 | Fire control water supply data remote sharing system |
| CN111282185A (en) * | 2020-04-23 | 2020-06-16 | 临沂大学 | High in clouds automatic control's intelligent fire water monitor |
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2018
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108310712A (en) * | 2018-03-23 | 2018-07-24 | 田国廷 | Fire-fighting equipment monitoring system |
| CN111147607A (en) * | 2020-01-10 | 2020-05-12 | 田国廷 | Fire control water supply data remote sharing system |
| CN111282185A (en) * | 2020-04-23 | 2020-06-16 | 临沂大学 | High in clouds automatic control's intelligent fire water monitor |
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