Mountain fire monitoring system The monitoring station adopts a highly integrated design, integrating Internet of Things awareness, wireless communication, artificial intelligence and edge computing technology, forming a three-tier architecture system of "terminal awareness - data transmission - cloud research and judgment".
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Mountain fire monitoring systemMonitoring host |
| video input |
-- |
1-4 routes (optional) |
| audio input |
-- |
≥ 1 route |
| Alarm input |
-- |
≥ 1 route |
| alarm output |
-- |
≥ 1 route, on-site alarm |
| control interface |
-- |
RS485\\RS232 |
| video encoding |
-- |
H.264/H.265 |
| video resolution |
-- |
Supports 720P/1080P |
| Audio encoding |
-- |
ADPCM\\G711A |
| TF card storage |
-- |
Support, ≥ 64G |
| positioning |
-- |
Support GPS and Beidou |
| network |
-- |
Wired network/WIFI/3G, 4G full network |
| power supply |
-- |
solar-powered |
| power supply |
-- |
≥ 100AH battery/360W solar panel |
| waterproof rating |
-- |
Not less than IP66 |
| weight |
-- |
Host ≤ 25KG (excluding battery and solar panel) |
| Video monitoring unit |
| Imaging devices |
-- |
2.0Mega Progressive Scan CMOS |
| Effective pixels |
-- |
Supports 1080P (1920 * 1080) |
| focal length |
-- |
4.7-94mm, 20x optics |
| Maximum illuminance |
-- |
Color 0.005 lux (F1.6, AGC ON)/Black and White 0.01 lux (F1.6, AGC ON) |
| Day night mode |
-- |
Automatic ICR color to black conversion |
| white balance |
-- |
Automatic |
| Wide dynamic range |
-- |
support |
| noise reduction |
-- |
Support 3D |
| rotation angle |
-- |
Horizontal: 0 °~360 ° continuous rotation, vertical: -90 °~+90 ° |
| rotation speed |
-- |
Horizontal: 0.1 °~80 °/s, Vertical: 0.1 °~40 ° |
|
|
/s |
| power-off memory |
-- |
support |
| preset position |
-- |
No less than 200 |
| auto-scan |
-- |
≥ 1 item |
| Automatic Cruise |
-- |
≥ 1 item |
| communication protocol |
-- |
TCP/IP、HTTPS、DHCP、DDNS、RTSP、PPPoE、 UPnP、FTP、SNMP、SMTP |
| contact method |
-- |
RS-485/RS-422 |
| input voltage |
-- |
Supports DC9-36V |
| Size |
-- |
≤ 300 * 188 * 210/less than 7kg |
| Operating Temperature |
-- |
-35C~+70C |
| Protection level |
-- |
Not less than IP66 |
| Infrared thermal imager |
| detector type |
-- |
Amorphous silicon infrared microcalorimeter (without TEC) |
| Resolution/pixel spacing |
-- |
≥384×288 / 17um |
| sensitivity |
-- |
≤60mk at f/1.0 300K |
| Frame rate |
-- |
50Hz |
| Response band |
-- |
8~14um |
| Non uniform correction technique |
-- |
Single point calibration, two-point calibration |
| boot time |
-- |
<8s |
| noise reduction |
-- |
digital filtering |
| Image display resolution |
-- |
≥720×576 |
| Image frame rate |
-- |
50Hz(PAL) |
| lens |
-- |
25mm, 40mm, 50mm, 75mm are optional and can also be customized according to needs, |
| image display |
-- |
Black and white/pseudo color display |
| image mode |
-- |
Normal mode, Heaven and Earth mode+Smooth processing mode |
| image enlargement |
-- |
Continuous electronic amplification, up to 8x |
| brightness |
-- |
Supports both automatic and manual modes |
| contrast |
-- |
Supports both automatic and manual modes |
| Thermal imaging algorithm |
-- |
IDE\\HDR |
| Intelligent Analysis |
-- |
Support motion detection, intrusion alarm, target enhancement, etc |
| High temperature alarm |
-- |
High temperature tracking and over temperature warning |
Mountain fire monitoring systemThe monitoring station adopts a highly integrated design and integrates IoT awareness, wireless communication, artificial intelligence and edge computing technologies to form a three-tier architecture system of "terminal awareness - data transmission - cloud research and judgment".
From high-altitude forest areas to nature reserves, intelligent forest fire monitoring stations are reconstructing forest fire prevention models through technological innovation. Through their core capabilities of "early prediction, early detection, and early disposal," they have become "ecological sentinels" guarding green mountains and clear waters.