Ngā pūoko pāmahana whakaata WEu INNO ,pūnaha aroturuki pāmahana.
Pūoko pāmahana whakaata Fiber, Pūnaha aroturuki Intelligent, kaiwhakanao whakaata tākainga tūari i Haina
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There is a demand from fiber optic vibration manufacturers around the world, mainly for fiber optic vibration products, fiber optic vibration principles, fiber optic vibration, fiber optic vibration sensing, fiber optic vibration monitoring, fiber optic vibration measurement, fiber optic vibrators, and fiber optic vibration monitoring technology. FJINNO has independently developed fiber optic vibration systems with reasonable prices. Please feel free to contact us.
Mā te whanaketanga motukore o te hangarau tāngia, people’s demand for sensor technology is also increasing. It is rare for vibration sensors to simultaneously meet the conditions of high sensitivity, utu iti, tukanga whakaritenga māmā, me te pūmautanga pai. I te tukanga o te tāngia me te haurapa, ko te tairongotanga me te pūmautanga ko ngā take whakaawe hangarau matua, ahakoa he mea hira te tukanga whakaritenga me te utu i ngā take whakaawe i roto i te whakanaotanga mahi. Kei te nui haere te aro atu me te manako ki ngā pūoko vibration e whakakotahi ana i ēnei painga.
He momo hangarau hangarau te hangarau tāngia o te hawahawa fiber e huri ana i ngā āhuatanga o te rama tare i roto i te pūoko whakaata tākainga ina pāngia e te whakararurarutanga o waho. Mā ngā taputapu tāupe motuhake, ka kohia te tohu, ā, ka tātaritia hei kite i ngā huringa i ngā āhuatanga o te mārama, nā reira ka kite i te hawahawa o ngā ahanoa.
The system can effectively prevent and control behaviors such as climbing over fences, digging, and throwing objects from high altitude around the clock. The system mainly uses vibration sensors for target classification detection, and combines multiple sensors to form a collaborative perception network, achieving a new multi-point fusion and collaborative perception. It can effectively classify intrusion targets and behaviors and locate high-precision areas. The main characteristics of the system are as follows:
Multiple sensing methods for collaborative perception, target recognition, multi-point fusion, and collaborative perception, achieving no missed alarms and low false alarms;
Equipped with adaptive mechanisms to suppress environmental interference, suitable for various adverse weather conditions;
Real time monitoring of equipment status, achieving equipment maintenance and automatic fault detection;
Can be customized for user development, achieving high coupling between the system and user business;
Can flexibly adapt to the prevention requirements of different terrains and landforms;
It has the functions of sound and light linkage and video linkage, which can be used for on-site internship shouting, lighting, video playback, and other operations;
Quick response, alarm response time ≤ 3 hēkona;
The software system platform is easy to operate and intuitive, integrating functions such as deployment, removal, alarm, and device fault self inspection.
