Karamin Kafaffen Kafaffen Duban Kyamarar Ruwan Ruwa
Kafaffen Kafaffen Kafaffen Kafaffen Kafaffen Kafaffen Kasuwancin Ruwa - 2 Axis Gyro
Cikakken Bayani
Siffar | Bayani |
---|---|
Nau'in Kamara | Karamin Kafaffen Kafaffen Duban Kyamarar Ruwan Ruwa |
Tsayawa | 2 Axis Gyroscopic Stabilization |
Zu?owa Lens | Har zuwa 561mm/92x zu?owa mai gani |
?addamarwa | Daga Full HD zuwa 4MP |
Laser Illuminator | Mita 1000 |
Thermal Hoto | 75mm kamara |
Kimar hana ruwa | IP67 |
?ayyadaddun Samfuran gama gari
?ayyadaddun bayanai | Daki-daki |
---|---|
Kayan abu | Anodized da foda - gidaje masu rufi |
Juriya na Yanayi | Anti-lalata, dace da yanayi mai tsauri |
Ha?in kai | Ana iya ha?awa da tsarin kewayawa |
Tsarin Samfuran Samfura
Bisa ga takaddun masana'antu masu iko, kera kyamarori masu zafi na ruwa ya ?unshi tsayayyen tsari na ingantacciyar injiniya da za?in kayan aiki mai ?arfi don jure matsanancin yanayin teku. Kyamarorin suna fuskantar gwaji mai yawa don dorewa, gami da fallasa ruwan gishiri da matsanancin zafin jiki. Ha?uwa da fasaha na gyroscopic stabilization yana da mahimmanci, yana ba da hoto mai tsayi ko da a cikin ruwa mai rikici. Ha?in ?arshe ya ?unshi daidaitawa na gani da na'urorin lantarki a hankali don tabbatar da daidaito da aminci a ainihin amfanin duniya.
Yanayin Aikace-aikacen Samfurin
Kamar yadda binciken masana'antu ya yi, kyamarori masu zafi na ruwa suna da mahimmanci wajen ha?aka wayar da kan al'amura ga ma'aikatan teku. Suna taka muhimmiyar rawa a cikin amincin kewayawa, yana ba da damar bayyananniyar gani a cikin ?aramin haske ko yanayi mara kyau. Ayyukan bincike da ceto suna fa'ida sosai daga hoton zafi, wanda ke taimakawa wajen gano mutane cikin damuwa. Bugu da ?ari, wa?annan kyamarori suna da mahimmanci a cikin tsaron teku, suna ba da hanyoyin sa ido don sa ido kan ayyukan da ba a ba da izini ba, ta yadda za su taimaka wajen kiyaye ruwa na ?asa.
Samfura Bayan-Sabis na Siyarwa
Muna ba da cikakken goyon bayan tallace-tallace, gami da garanti na shekara guda don lahani na masana'antu da ?ungiyar tallafin fasaha da ke akwai 24/7 don magance matsala. Cibiyoyin sabis ?inmu suna ba da sabis na gyarawa da kulawa, tabbatar da tsawon rai da amincin saka hannun jarin kyamarar zafin ruwa na ruwa.
Jirgin Samfura
Abokan aikin mu na jigilar kaya suna tabbatar da aminci da isar da kyamarorin zafin ruwa a kan lokaci a duk duniya. Kowace naúrar tana kunshe a hankali tare da girgiza - kayan sha don kawar da lalacewa ta hanyar wucewa. Abokan ciniki suna kar?ar cikakkun bayanan sa ido da ?ididdigar kwanakin bayarwa don sau?a?e kayan aiki masu santsi.
Amfanin Samfur
- Ingantattun hangen nesa a cikin ?ananan yanayi - haske.
- Zane mai ?orewa don yanayin magudanar ruwa.
- Farashin - Magani mai inganci tare da ingantaccen aiki.
- AI-Ingantattun abubuwan ganowa suna ha?aka wayewar yanayi.
FAQ samfur
- Tambaya: Ta yaya gyroscopic stabilization ke aiki?A: Tsarin daidaitawa na gyroscopic yana rage girman girgiza kamara ta hanyar gano rawar jiki da ramawa don motsi, tabbatar da tsayayye, bayyanannun hotuna ko da a kan tasoshin da ba su da kwanciyar hankali.
- Tambaya: Shin kyamarar zafi za ta iya yin aiki a cikin yanayin ganin sifili?A: Ee, ?ayyadaddun ?ayyadaddun ?ayyadaddun kyamarar zafin ruwa na teku na iya gano sa hannun zafi a cikin cikakken duhu kuma ta hanyar toshewa kamar hazo da hayaki.
- Tambaya: Menene kewayon damar hoton thermal?A: Kyamara tana goyan bayan hoton zafi har zuwa mita 1000, yana ba da damar gano tasoshin ruwa da daidaikun mutane a nesa mai nisa.
- Tambaya: Shin kyamarar ta dace da tsarin kewaya jirgin ruwa?A: Ee, ana iya ha?a kyamarorin mu masu zafi tare da tsarin kewayawa na yanzu, gami da GPS da AIS, don ha?aka aikin aiki.
- Tambaya: Menene kulawa da ake bu?ata don wa?annan kyamarori?A: Tsaftace na yau da kullun da dubawa na lokaci-lokaci suna tabbatar da kyakkyawan aiki, kuma cibiyoyin sabis ?inmu suna ba da sabis na kulawa na ?wararru.
- Tambaya: Ta yaya aikin ha?aka AI - ha?aka ganowa?A: Algorithms na AI suna ha?aka iya ganowa, ganowa ta atomatik da bin diddigin abubuwa kamar jiragen ruwa, jiragen sama, da daidaikun mutane, rage sa ido na ?an adam.
- Tambaya: Wane irin wutar lantarki ake bu?ata?A: Tsarin kamara yana bu?atar daidaitaccen wutar lantarki na ruwa na ruwa na DC, kuma ana iya ke?ance shi don dacewa da bu?atun jirgin ruwa daban-daban.
- Tambaya: Ana bu?atar horo don sarrafa kyamara?A: Yayin da tsarin ya kasance mai amfani - abokantaka, muna ba da cikakkun shirye-shiryen horarwa don ha?aka yuwuwar kyamara don takamaiman aikace-aikacenku.
- Tambaya: Shin kyamarar zata iya jure matsanancin yanayin teku?A: An ?ir?ira shi da kayan marine, kyamarar an gina ta don jure matsanancin yanayi da lalata yanayi, tare da kiyaye ayyuka a cikin mafi ?an?antan tekuna.
- Tambaya: Shin akwai sabuntawar software don tsarin?A: Ee, ana fitar da sabunta software lokaci-lokaci don ha?aka ayyuka da tsaro, wa?anda za'a iya shigar da su cikin sau?i ta hanyar tashar mu ta kan layi.
Zafafan batutuwan samfur
- Tare da ci gaba da barazanar hatsarori na ruwa, babban siyar da ?ayyadaddun ?ayyadaddun ?ayyadaddun kyamarar yanayin marine shine wasa-mai canza yanayin kewayawa. ?arfinsa na gano tasoshin ruwa da cikas a cikin cikakken duhu yana da matukar amfani, yana ba ma'aikatan ruwa ?arfin gwiwa don yin tafiya cikin aminci ba tare da la'akari da lokacin rana ko yanayin yanayi ba.
- Ha?aka fasalin ganowa na AI- na wa?annan kyamarori babban abin haskakawa ne. Ta hanyar yin amfani da hankali na wucin gadi, ba wai kawai suna bin tasoshin jiragen ruwa ba amma suna ganowa da fa?akar da masu amfani don yuwuwar barazanar kai tsaye. Wannan ci gaban yana saita sabon ma'auni a cikin tsaro na teku, yana rage nauyin aiki akan ma'aikatan jirgin da ba da damar yin saurin amsawa ga barazanar.
- Don ayyukan bincike da ceto, cikakken siyar da ?ayyadaddun ?ayyadaddun kyamarar zafi na ruwa yana da mahimmanci. ?arfin hoton zafinsa yana da mahimmanci wajen gano mutanen da suka ?ace a cikin teku, har ma a cikin yanayi mafi ?alubale. Wannan kayan aiki yana ha?aka ?imar nasarar ayyukan ceto, ceton rayuka da albarkatu.
- Masu binciken teku suna cin gajiyar tura wa?annan kyamarori don kula da muhalli. ?arfin bibiyar canje-canjen zafin jiki da gano yanayin rayuwar ruwa yana ba da bayanai masu mahimmanci don ?o?arin kiyayewa, yin kamara ya zama kayan aiki mai mahimmanci don nazarin halittu.
- Hukumomin tashar jiragen ruwa da masu gadin bakin teku suna ?ara ?aukar ?ayyadaddun kyamarori masu zafi na ruwa don dalilai na sa ido. ?a??arfan ?ira su da ci-gaba na iya ?aukar hoto suna ha?aka ayyukan tsaro, tabbatar da kiyaye wuraren da aka iyakance yadda ya kamata kuma ana gano da sarrafa shiga mara izini cikin sauri.
- Kyamarorin sun tabbatar da kimarsu a cikin kariya ta drone, tare da ainihin hotonsu da kuma gano dogon zangon da ya sa su dace don tantancewa da kawar da barazanar jiragen sama, musamman a yankunan teku masu mahimmanci.
- Mahimmin batu a tsakanin masu amfani shine ha?in wa?annan kyamarori tare da tsarin jirgin ruwa da ake da su. Sassautu da daidaituwar kyamarori tare da tsarin kewayawa daban-daban da tsarin tsaro suna sa su zama jari mai fa'ida ga kowane aiki na teku.
- ?arfin kyamara don jure matsanancin yanayin ruwa ba tare da yin la'akari da aikin ba shine babban abin tattaunawa. Gine-ginen da aka yi da shi da kuma zane mai hana ruwa suna yabo, yana nuna amincinsa a duk yanayin teku.
- Kudi Duk da yake zuba jari na farko yana da yawa, tsawon rayuwa da ?arancin kulawar kyamarori sun sa su zama tsada - mafita mai inganci don ayyukan dogon lokaci na teku.
- A ?arshe, horarwa da tallafin da kamfaninmu ke bayarwa don wa?annan kyamarori suna da ?ima sosai. Masu amfani sun yaba da sau?in fahimta da sarrafa tsarin, ha?e tare da cikakken sabis na tallace-tallace na mu, wanda ke tabbatar da magance duk wani matsala da sauri.
Bayanin Hoto
Model No.
|
SOAR977
|
Thermal Hoto
|
|
Nau'in Ganowa
|
VOx Infrared Infrared FPA
|
?imar Pixel
|
640*512
|
Pixel Pitch
|
12 μm
|
?ididdiga Mai Ganewa
|
50Hz
|
Spectra Response
|
8 zuwa 14m
|
NETD
|
≤50mK@25℃, F#1.0
|
Tsawon Hankali
|
75mm ku
|
Daidaita Hoto
|
|
Haske & Daidaita Kwatancen
|
Manual/Auto0/Auto1
|
Polarity
|
Baki mai zafi/Farin zafi
|
Palette
|
Taimako (iri 18)
|
Reticle
|
Bayyana/Boye/Ciki
|
Zu?owa na Dijital
|
1.0~8.0× Ci gaba da Zu?owa (mataki 0.1), zu?owa a kowane yanki
|
Gudanar da Hoto
|
NUC
|
Tace Dijital da Rage Hoto
|
|
Ha?aka Dalla-dalla na Dijital
|
|
Madubin Hoto
|
Dama-Hagu/Uwa-?asa/Diagonal
|
Kamara ta Rana
|
|
Sensor Hoto
|
1/1.8 ″ ci gaba da duba CMOS
|
Pixels masu inganci
|
1920×1080P, 2MP
|
Tsawon Hankali
|
6.1-561mm, 92× zu?owa na gani
|
FOV
|
65.5-0.78°(Fadi - Tele) |
Rabon Budewa
|
F1.4-F4.7 |
Distance Aiki
|
100mm - 3000mm |
Min. Haske
|
Launi: 0.0005 Lux @ (F1.4, AGC ON);
B/W: 0.0001 Lux @ (F1.4, AGC ON) |
Ikon atomatik
|
AWB; auto riba; auto daukan hotuna
|
SNR
|
≥55dB
|
Fa?in Rage Rage (WDR)
|
120dB
|
HLC
|
BUDE/RUFE
|
BLC
|
BUDE/RUFE
|
Rage Hayaniya
|
3D DNR
|
Rufin Lantarki
|
1/25 ~ 1/100000s
|
Rana & Dare
|
Tace Shift
|
Yanayin Mayar da hankali
|
Auto/Manual
|
Laser Illuminator
|
|
Laser Distance
|
Har zuwa mita 1500
|
Sauran Kanfigareshan
|
|
Laser Ranging |
3km/6km |
Nau'in Rage Laser |
Babban aiki |
Daidaiton Ragewar Laser |
1m |
PTZ
|
|
Pan Range
|
360° (mara iyaka)
|
Pan Speed
|
0.05° ~ 250°/s
|
Rage Rage
|
-50°~90° juyawa (ya ha?a da goge)
|
Gudun karkatar da hankali
|
0.05° ~ 150°/s
|
Matsayi Daidaito
|
0.1°
|
Rabon Zu?owa
|
Taimako
|
Saita
|
255
|
Scan na sintiri
|
16
|
Duk - Zagaye Scan
|
16
|
Wiper Induction Auto
|
Taimako
|
Binciken Hankali
|
|
Bin diddigin Binciken Jirgin Ruwa na Kamara na Rana & Hoto mai zafi
|
?wararren ?ira: 40*20
Lambobin bin diddigin aiki tare: 50 Bin algorithm na kyamarar rana & hoton zafi (za?i don sauya lokaci) Snap da loda ta hanyar ha?in gwiwar PTZ: Taimako |
Hankali Duk-Ha?in Binciken Cruise
|
Taimako
|
Ganewar yanayin zafi mai girma
|
Taimako
|
Gyro Stabilization
|
|
Gyro Stabilization
|
2 axis
|
Tsayayyen Mitar
|
≤1HZ
|
Gyro Steady - Daidaiton Jiha
|
0.5°
|
Matsakaicin Gudun Matsakaicin Mai ?aukar kaya
|
100°/s
|
Cibiyar sadarwa
|
|
Ka'idoji
|
IPv4, HTTP, FTP, RTSP, DNS, NTP, RTP, TCP, UDP, IGMP, ICMP, ARP
|
Matsi na Bidiyo
|
H.264
|
Kashe ?wa?walwar ?wa?walwa
|
Taimako
|
Interface Interface
|
RJ45 10Base-T/100Base-TX
|
Matsakaicin Girman Hoto
|
1920×1080
|
FPS
|
25 Hz
|
Daidaituwa
|
ONVIF; GB/T 28181; GA/T1400
|
Gaba?aya
|
|
?ararrawa
|
1 shigarwa, 1 fitarwa
|
Interface na waje
|
Saukewa: RS422
|
?arfi
|
DC24V± 15%, 5A
|
Amfani da PTZ
|
Yawan amfani: 28W; Kunna PTZ kuma zafi sama: 60W;
Laser dumama a cikakken iko: 92W |
Matsayin Kariya
|
IP67
|
EMC
|
Kariyar wal?iya; kariyar karuwa da ?arfin lantarki; kariyar wucin gadi
|
Anti - gishiri Fog (na za?i)
|
Gwajin ci gaba na 720H, Tsanani (4)
|
Yanayin Aiki
|
-40℃~70℃
|
Danshi
|
90% ko kasa da haka
|
Girma
|
446mm × 326mm × 247 (ya hada da goge)
|
Nauyi
|
18KG
|
Sensor Biyu
Multi Sensor