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ROV : Astrid สอนเล่นแอสทริด แพทซ์ใหม่สายขวานดาเมจ เล่นง่ายล้มยากจัด!!!
นอกจากการดูบทความนี้แล้ว คุณยังสามารถดูข้อมูลที่เป็นประโยชน์อื่นๆ อีกมากมายที่เราให้ไว้ที่นี่: ดูความรู้เพิ่มเติมที่นี่
Rov Jayop Astrid
ROV : Astrid สอนเล่นแอสทริด แพทซ์ใหม่สายขวานดาเมจ เล่นง่ายล้มยากจัด!!!
รับชมไลฟ์ก่อนใครได้ที่ Facebook : Jayop
เฟสบุ้คส่วนตัว FB: Worawat Charoensinpanya
::: สนใจติดต่อโฆษณาหรือสปอนเซอร์ :::
ติดต่อทีมงาน Online Station (เฉพาะเรื่องงานเท่านั้น)
อีเมล์ : [email protected]
ติดต่องานไลฟ์คุณอาย : aine2539
Underwater ROV Platform
Mercer University Senior Design Project 2013
Aquabot
Developed by:
Jovan Munroe
Christian Geiss
Eric Rice
Specs:
100ft Ethernet Tether
BeagleBoard (webcam stream, serial com.)
Arduino (motor control logic)
UltraBrite LEDs
6 Brushless motors
Features:
+Adjustable buoyancy
+Multiple control schemes
+Lights for dark environments
Future Plans:
Autonomy
Improved Ground Station
Additional Sensors
Underwater ROV Brushless Motor Test Part 1 of 3
RC Brushless motor tested underwater without any waterproofing. Its being controlled from a laptop via Pololu’s Micro Maestro 6Channel servo controller.
Build a Remotely Operated Vehicle (ROV) at Home!
Follow along with Smithsonian research technician, captain and MATEROV mentor Woody Lee as he demonstrates a stepbystep buildout of an underwater Remotely Operated Vehicle (ROV)! This video is an indepth, starttofinish instructional video that shows you how to fully build and wire up your own underwater ROV at home.
WARNING: This ROV is designed and intended for use in FRESH WATER ONLY! Marine and brackish water will corrode the parts and interfere with the electrical systems of this design.
ALWAYS ask a parent or guardian for assistance when using power tools and batteries.
For a full parts and tool list, be sure to check out our distance learning page here: https://naturalhistory.si.edu/research/smithsonianmarinestation/smithsonianexhibitstluciecountyaquarium/stluciecounty
00:00 Introduction
00:54 PVC pipes and fittings
04:31 PVC frame build
11:52 Tool post/hook
13:35 Thruster installation
17:49 Finished frame
19:03 Wiring thrusters
24:13 Wiring thrusters to tether
39:25 Control box hole pattern
41:46 Wiring the control box
48:56 Wiring switches
58:26 Mounting switches in control box
1:01:28 Wiring switches to tether
1:09:29 Hot glueing power and tether cables
1:10:54 Battery clamps and fuse holder
1:14:18 Trouble shooting switches
1:21:24 Cable strain relief
1:23:16 ROV in the water!
Search and Rescue ROV Training
This video shows the Ocean Modules V8 Sii ROV in use during the remotelyoperated vehicle component of the twoyear training course at Färjenäs Diving School in Gothenburg.\r
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The control system keeps the vehicle entirely stable while allowing movement in any direction and around any axis, even with a lead weight clamped in the manipulator jaws.\r
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The precise movement is used to pick up golf balls and place them in an egg cup. The balls are easily disturbed by the slightest thruster wash, so utmost precision is required. The most difficult part of the mission is due to the lack of depth perception through the camera. Note that the successful placement is achieved with the ROV hovering upsidedown!\r
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Finally, a diver is rescued from the bottom, and his weight belt removed.\r
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All these exercises were performed by students during the first day of the course, without any prior experience or instruction. Just imagine what would be possible with a little practice!
นอกจากการดูหัวข้อนี้แล้ว คุณยังสามารถเข้าถึงบทวิจารณ์ดีๆ อื่นๆ อีกมากมายได้ที่นี่: ดูวิธีอื่นๆNews