A kind of pipe gallery environment and well lid condition monitoring system
Technical field
This utility model is related to a kind of pipe gallery environment and well lid condition monitoring system.
Background technology
Typically by manual observation, monitoring is difficult, and monitoring accuracy is poor for existing pipe gallery environmental monitoring.
The content of the invention
Technical problem to be solved in the utility model is, not enough for prior art, there is provided a kind of pipe gallery environment
And well lid condition monitoring system.
To solve above-mentioned technical problem, the technical scheme adopted by this utility model is:A kind of pipe gallery environment and well
Lid condition monitoring system, including the level sensor in piping lane, temperature sensor, humidity sensor, optical sensor,
Smoke Sensor and gas sensor;The level sensor, temperature sensor, humidity sensor, optical sensor, smog are passed
Sensor, gas sensor are communicated with Surveillance center by wireless communication module.
The Surveillance center is passed sequentially through Ethernet switch, light load switch and is communicated with the wireless communication module.
The light is carried switch and is communicated with the wireless communication module by analog fiber optic link.
The wireless communication module is W ifi/zigbee wireless network modules.
The optical sensor is arranged in the piping lane below well lid at 1~2km.
Compared with prior art, this utility model it is had the advantage that for:This utility model energy monitor in real time piping lane
Environment, can feed back to Surveillance center in time when well lid is lost.
Description of the drawings
Fig. 1 is one example structure block diagram of this utility model.
Specific embodiment
As shown in figure 1, one embodiment of this utility model include level sensor in piping lane, temperature sensor,
Humidity sensor, optical sensor, Smoke Sensor and gas sensor;The level sensor, temperature sensor, humidity are passed
Sensor, optical sensor, Smoke Sensor, gas sensor are communicated with Surveillance center by wireless communication module.
The Surveillance center is passed sequentially through Ethernet switch, light load switch and is communicated with the wireless communication module.
The light is carried switch and is communicated with the wireless communication module by analog fiber optic link.
The wireless communication module is W ifi/zigbee wireless network modules.
Optical sensor is arranged in the piping lane below well lid at 1~2km, and photometric data is fed back to prison by optical sensor
By photometric data, control center, Surveillance center can judge whether well lid is lost(Illumination threshold value is for example set, after well lid is lost,
Photometric data can be more than threshold value, then be judged as that well lid is lost for a period of time more than threshold value).Can be with basis by optical sensor
Judging the situation of piping lane, whether such as light source is normal etc. for intensity of illumination.
Whether gas sensor is mainly for detection of comprising fuel gas(Such as methane)Or toxic gas(Carbon monoxide).