阅读说明：本技术 消火栓灭火系统数据信息采集系统及采集方法 (Data information acquisition system and data information acquisition method for fire hydrant fire extinguishing system ) 是由 张弘刚 高伟国 于 2019-08-24 设计创作，主要内容包括：本发明涉及一种消火栓灭火系统数据信息采集系统及采集方法,包括控制终端,用于数据的存储及处理且预设有烟气阈值数据、温度阈值数据；烟气采集模块,实时采集烟气信息数据；温度采集模块,实时采集温度信息数据；数据判断模块,判断并输出灭火指令数据；人体信息采集模块,实时采集人体信息数据；实时位置记录模块,实时记录人所在位置并输出人体位置数据；水泵模块,用于供水灭火；调控模块,耦接于控制终端并实时控制水泵模块,当数据判断模块输出灭火指令数据,且实时位置记录模块输出人体位置数据时,控制水泵对人体所在位置进行优先喷水灭火。本发明具有优先处理人所在位置的火势,保障人员安全。(The invention relates to a fire hydrant fire extinguishing system data information acquisition system and a data information acquisition method, wherein the fire hydrant fire extinguishing system data information acquisition system comprises a control terminal, a data acquisition module and a data processing module, wherein the control terminal is used for storing and processing data and is preset with smoke threshold data and temperature threshold data; the smoke collection module collects smoke information data in real time; the temperature acquisition module is used for acquiring temperature information data in real time; the data judgment module is used for judging and outputting fire extinguishing instruction data; the human body information acquisition module is used for acquiring human body information data in real time; the real-time position recording module records the position of a person in real time and outputs the position data of the person; the water pump module is used for supplying water to extinguish fire; the regulation and control module is coupled in control terminal and real-time control water pump module, and when data judgement module output instruction data of putting out a fire, and real-time position record module output human position data, control water pump carries out the priority water spray to put out a fire to human position. The invention has the advantages of preferentially processing the fire at the position of the person and ensuring the safety of the person.)

1. The utility model provides a fire hydrant fire extinguishing systems data information acquisition system which characterized in that: the method comprises the following steps:

the control terminal (1) is used for storing and processing data;

the smoke collection module (2) is coupled with the control terminal (1) and is used for collecting smoke information data in real time;

The temperature acquisition module (3) is coupled with the control terminal (1) and is used for acquiring temperature information data in real time;

Smoke threshold data and temperature threshold data are preset in the control terminal (1);

The data judgment module (4) is coupled with the control terminal (1) and judges in real time, and outputs fire extinguishing instruction data when the acquired smoke data information and the acquired temperature data information both reach corresponding smoke threshold data and temperature threshold data;

The human body information acquisition module (5) is coupled with the data judgment module (4) and used for acquiring human body information data in real time after receiving the fire extinguishing instruction data;

the real-time position recording module (6) is coupled with the human body information acquisition module (5) and is used for recording the position of a person in real time and outputting human body position data when receiving the human body information data;

the water pump module (7) is coupled to the control terminal (1) and is used for supplying water to extinguish fire;

and the regulation and control module (8) is coupled with the control terminal (1) and the real-time control water pump module (7), works as the data judgment module (4) outputs fire extinguishing instruction data, and when the real-time position recording module (6) outputs human body position data, the water pump is controlled to preferentially spray water to extinguish a fire at the position of the human body.

2. The fire hydrant fire suppression system data information collecting system according to claim 1, wherein: further comprising:

The water pump information acquisition module (9) is coupled to the water pump module (7) and acquires real-time water supply data of the water pump;

The time recording module (10) is coupled with the water pump information acquisition module (9) to receive water supply amount data, time when the water supply amount data starts to be generated and output water supply time data;

The first control module (11) of reserve water pump, the corresponding water supply threshold value data of water supply time threshold value is preset, coupling is in time record module (10) and in water supply time data reach the water supply time threshold value, and when water supply data reach the water supply threshold value data of corresponding time, control reserve water pump and carry out the water spray and put out a fire.

3. The fire hydrant fire suppression system data information collecting system according to claim 1, wherein: further comprising:

and the standby water pump second control module (12) is preset with a water supply time threshold corresponding to the smoke threshold data and the temperature threshold data, is coupled to the time recording module (10) and controls the standby water pump to spray water for fire extinguishing when the water supply time data reaches the water supply time threshold and the smoke information data and the temperature information data are still higher than the corresponding smoke threshold data and the corresponding temperature threshold data.

4. the fire hydrant fire suppression system data information collecting system according to claim 1, wherein: further comprising:

the human body position information summarizing module (13) is coupled with the real-time position recording module (6) to receive the human body position data and sequence the human body position data from a plurality of positions to each position according to the human body information data so as to determine the number of people at the recorded position;

And the third control module (14) of the standby water pump is preset with water supply amount data of the water pump corresponding to the recorded position human body information data, is coupled to the human body position information summarizing module (13) and controls the standby water pump to spray corresponding water amount according to the number of people at each position to extinguish a fire.

5. The fire hydrant fire suppression system data information collecting system according to claim 4, wherein: further comprising:

the real-time position monitoring module (15) is coupled to the real-time position recording module (6) and receives the smoke information data and the temperature information data of the corresponding positions, the smoke information data and the temperature information data are sequenced from high to low, the higher the smoke information data and the temperature information data generated by the real-time position are, the larger the fire is, and otherwise, the smaller the fire is;

and the adjusting module (16) is coupled to the real-time position monitoring module (15) and used for preferentially adjusting the corresponding water spraying amount of the standby water pump to spray water for fire extinguishment according to the fire intensity of the standby water pump and the third control module (14).

6. the fire hydrant fire suppression system data information collecting system according to claim 5, wherein: and defining that the regulating module (16) preferentially takes the human body information data as a first selection object, the temperature information data as a second selection object and the smoke information data as a third selection object when regulating the water spraying quantity of the standby water pump.

7. a fire hydrant fire extinguishing system data information acquisition method is characterized in that: the method comprises the following steps: acquiring the flue gas information data and the temperature information data in real time, and summarizing the acquired information data to a control terminal;

judging whether the smoke information data are consistent with the smoke threshold data or not, judging whether the temperature information data are consistent with the temperature threshold data or not, and outputting fire extinguishing instruction data when the smoke information data are consistent with the smoke threshold data and the temperature information data are consistent with the temperature threshold data;

Acquiring the human body information data to judge whether a person exists or not, acquiring human body position data when the person exists, and preferably supplying water to a water pump to extinguish a fire; when no person exists, the water pump directly supplies water to extinguish the fire;

acquiring water supply information data and water supply time data of a water pump, judging whether the water supply information data is consistent with water supply threshold data or not, and judging whether the water supply time data is consistent with the water supply time threshold data or not;

when the water supply information data is consistent with the water supply threshold data, the water supply time data is consistent with the water supply time threshold data; the smoke information data and the temperature information data are obtained again, whether the smoke information data are larger than smoke threshold data or not is judged, whether the temperature information data are larger than temperature threshold data or not is judged, and when the smoke information data and the temperature information data are larger than the corresponding threshold data, a standby water pump is started;

And stopping supplying water to extinguish fire when the water supply information data is inconsistent with the water supply threshold data and the water supply time data is inconsistent with the water supply time threshold data.

Technical Field

the invention relates to the technical field of fire-fighting systems, in particular to a data information acquisition system and a data information acquisition method for a fire hydrant fire-extinguishing system.

Background

Present fire hydrant monitoring system that puts out a fire gathers fire information through data collection station simplely, and whether the conflagration takes place to judge, in order to realize the monitoring to fire hydrant fire extinguishing systems, and after the information of confirming the conflagration emergence, the extinguishing apparatus that the control corresponds promptly puts out a fire, at whole monitoring, data acquisition and the in-process of putting out a fire, only focus on extinguishing oneself, and lack the response to the people, neglected the priority assurance to the personal safety, easily lead to the people to receive bigger injury in the conflagration.

disclosure of Invention

The invention aims to provide a fire hydrant fire extinguishing system data information acquisition system which can preferentially process the fire behavior of people and guarantee the safety of personnel.

the above object of the present invention is achieved by the following technical solutions: a fire hydrant fire suppression system data information acquisition system comprising:

The control terminal is used for storing and processing data;

the smoke collection module is coupled with the control terminal and is used for collecting smoke information data in real time;

The temperature acquisition module is coupled with the control terminal and is used for acquiring temperature information data in real time;

Smoke threshold data and temperature threshold data are preset in the control terminal;

The data judgment module is coupled with the control terminal, judges in real time and outputs fire extinguishing instruction data when the acquired smoke data information and the acquired temperature data information both reach corresponding smoke threshold data and temperature threshold data;

the human body information acquisition module is coupled with the data judgment module and used for acquiring the human body information data in real time after receiving the fire extinguishing instruction data;

the real-time position recording module is coupled with the human body information acquisition module, records the position of a person in real time when receiving the human body information data and outputs the human body position data;

the water pump module is coupled to the control terminal and is used for supplying water to extinguish fire;

And the regulation and control module is coupled with the control terminal and controls the water pump module in real time, when the data judgment module outputs fire extinguishing instruction data and the real-time position recording module outputs human body position data, the water pump is controlled to preferentially spray water to extinguish fire at the position of the human body.

Through adopting above-mentioned technical scheme, flue gas collection module gathers flue gas information data, temperature collection module gathers the back to temperature information data, and compare flue gas and temperature information data and the threshold value data that corresponds through data judgment module, whether need put out a fire with the judgement, and output instruction data of putting out a fire, and after instruction data of putting out a fire sent, the water pump begins to supply water and puts out a fire, at this in-process, the system carries out human information data's collection through human information collection module, whether there is people's existence in order to detect the position of catching fire, and carry out the affirmation of specific position to detecting the people through real-time position record module, later put out a fire through the preferential water supply of people's position of regulation and control module control water pump, in order to guarantee personnel's safety.

The invention is further configured to: further comprising:

The water pump information acquisition module is coupled with the water pump module and acquires real-time water supply amount data of the water pump;

the time recording module is coupled with the water pump information acquisition module to receive water supply data, time when the water supply data starts to be generated and output water supply time data;

the first control module of reserve water pump presets the water supply threshold value data that the water supply time threshold value corresponds, coupling is in time record module and in water supply time data reaches the water supply time threshold value, and when water supply data reached the water supply threshold value data of corresponding time, control reserve water pump and carry out the water spray and put out a fire.

through adopting above-mentioned technical scheme, the water supply that the water pump was once put out a fire is limited, and the time of maintaining is certain, through the water pump information acquisition module in order to acquire the water supply data of water pump, so that learn the remaining water supply of water pump in real time, simultaneously through time recording module at the water pump during operation, begin to generate water supply time data, and reach corresponding water pump live time threshold in water supply time, and after the water pump water supply reached corresponding threshold, put out a fire through the first control module control reserve water pump of reserve water pump, in order to delay stretching of the intensity of a fire.

the invention is further configured to: further comprising:

and the standby water pump second control module is preset with a water supply time threshold corresponding to the smoke threshold data and the temperature threshold data, is coupled to the time recording module and controls the standby water pump to spray water for fire extinguishing when the water supply time data reaches the water supply time threshold and the smoke information data and the temperature information data are still higher than the corresponding smoke threshold data and the corresponding temperature threshold data.

Through adopting above-mentioned technical scheme, when the conflagration breaing out, corresponding flue gas and temperature data can reach corresponding threshold value, and after the water pump work through the certain time, can reduce corresponding flue gas and temperature data under the corresponding threshold value, through setting up reserve water pump second control module, when not reducing flue gas and temperature under the corresponding threshold value in corresponding time, steerable reserve water pump carries out the persistence fire extinguishing.

The invention is further configured to: further comprising:

the human body position information summarizing module is coupled with the real-time position recording module to receive the human body position data and sort each position from multiple to multiple according to the human body information data so as to determine the number of people at the recorded position;

and the standby water pump third control module is preset with water pump water supply amount data corresponding to the recorded position human body information data, and is coupled to the human body position information summarizing module and controls the standby water pump to spray corresponding water amount to extinguish fire according to the number of people at each position.

Through adopting above-mentioned technical scheme, through setting up human position information module that gathers, when the people that the conflagration position stayed is more, can carry out the people in quantity from many to few sequencing to through reserve water pump third control module control reserve water pump to the injection that the more position of people increases the water yield.

The invention is further configured to: further comprising:

The real-time position monitoring module is coupled with the real-time position recording module, receives the smoke information data and the temperature information data of the corresponding positions, performs sequencing from high to low, and defines that the higher the smoke information data and the temperature information data generated by the real-time position are, the larger the fire is, otherwise, the smaller the fire is;

and the adjusting module is coupled with the real-time position monitoring module and is used for preferentially adjusting the water spray amount corresponding to the standby water pump to spray water and extinguish fire according to the fire intensity of the standby water pump and the third control module.

through adopting above-mentioned technical scheme, under the factor of not considering people, when spare water pump is spraying water and is putting out a fire, still need control the water spray volume according to the size of intensity of a fire, increase the injection of water yield to the great position of intensity of a fire.

the invention is further configured to: and defining that the regulating module preferentially takes the human body information data as a first selection object, the temperature information data as a second selection object and the smoke information data as a third selection object when regulating the water spraying quantity of the standby water pump.

Through adopting above-mentioned technical scheme, when carrying out the water spray fire extinguishing selection to carry out the orderly selection of people, temperature and flue gas, with the safety of further guarantee people.

the invention also aims to provide a data information acquisition method for the fire hydrant fire extinguishing system, which can better utilize a water pump to extinguish fire and ensure the safety of personnel.

the above object of the present invention is achieved by the following technical solutions: the method comprises the following steps: acquiring the flue gas information data and the temperature information data in real time, and summarizing the acquired information data to a control terminal;

Judging whether the smoke information data are consistent with the smoke threshold data or not, judging whether the temperature information data are consistent with the temperature threshold data or not, and outputting fire extinguishing instruction data when the smoke information data are consistent with the smoke threshold data and the temperature information data are consistent with the temperature threshold data;

Acquiring the human body information data to judge whether a person exists or not, acquiring human body position data when the person exists, and preferably supplying water to a water pump to extinguish a fire; when no person exists, the water pump directly supplies water to extinguish the fire;

acquiring water supply information data and water supply time data of a water pump, judging whether the water supply information data is consistent with water supply threshold data or not, and judging whether the water supply time data is consistent with the water supply time threshold data or not;

when the water supply information data is consistent with the water supply threshold data, the water supply time data is consistent with the water supply time threshold data; the smoke information data and the temperature information data are obtained again, whether the smoke information data are larger than smoke threshold data or not is judged, whether the temperature information data are larger than temperature threshold data or not is judged, and when the smoke information data and the temperature information data are larger than the corresponding threshold data, a standby water pump is started;

And stopping supplying water to extinguish fire when the water supply information data is inconsistent with the water supply threshold data and the water supply time data is inconsistent with the water supply time threshold data.

through adopting above-mentioned technical scheme, can judge flue gas, temperature and human condition in real time, carry out the water supply of water pump again and put out a fire to the water and the live time condition of accessible control water pump carry out the replenishment of reserve water pump and put out a fire, with guarantee people's safety.

in conclusion, the beneficial technical effects of the invention are as follows:

After gathering flue gas and temperature data through flue gas collection module, temperature collection module to judge through data judgment module comparison and export instruction data of putting out a fire, human information data's collection is carried out to rethread human information collection module, and carries out the affirmation of specific position to detecting the people by real-time position record module, later through the preferential water supply of regulation and control module control water pump to people's position put out a fire, with assurance personnel's safety.

drawings

Fig. 1 is a schematic diagram of a first embodiment of the present invention.

fig. 2 is a schematic diagram of a second embodiment of the present invention.

in the figure, 1, a control terminal; 2. a flue gas collection module; 3. a temperature acquisition module; 4. a data judgment module; 5. a human body information acquisition module; 6. a real-time position recording module; 7. a water pump module; 8. a regulation module; 9. a water pump information acquisition module; 10. a time recording module; 11. a first control module of the standby water pump; 12. a second control module of the standby water pump; 13. a human body position information summarizing module; 14. a third control module of the standby water pump; 15. a real-time position monitoring module; 16. and an adjusting module.

Detailed Description

the present invention will be described in further detail with reference to the accompanying drawings.