A near-shore ships mobile video monitor system

A monitoring system and mobile video technology, applied in the field of transportation, can solve the severe situation, lack of effective technical means and other problems, achieve the effect of increasing transmission bandwidth, promoting technological progress, and reducing the failure rate of equipment interruption

Inactive Publication Date: 2007-10-24
DALIAN MARITIME UNIVERSITY
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Benefits of technology

The technical effect of this patented device is its ability to efficiently transfer large amounts of digital content over long distances by combining multiple channels into one more stream with higher speed than existing methods like satellite or cable television networks. By doing it across different types of media (CDM) while still maintaining their original quality, these devices are able to provide better performance even during longer periods without any downtime issues caused due to poor signal reception from waves hitting water bottom.

Problems solved by technology

Technological Problem: Maritime Transportation Network (MTS) faces challenges during security surveillance when navigating through different areas like port or boat routes without being able to access detailed data from inside them. Current systems only provide static visual displays that cannot help identify critical points within these environments accurately.

Method used

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  • A near-shore ships mobile video monitor system
  • A near-shore ships mobile video monitor system
  • A near-shore ships mobile video monitor system

Examples

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Embodiment Construction

[0126] The mast top speed dome camera 1, cab camera 2, vehicle compartment camera 3, bow door camera 3, engine room camera 3, passenger cabin camera 2 and other position cameras. The screen divider 5 is connected with a video matrix 8 through the video data line respectively, and the pan-tilt control decoder 4 and the control keyboard 7 are connected with the video matrix 8 through the data control line, 1 The video information collected by one video server 13, the ship dynamic information collected by one positioning and one transmission terminal device 11, and the ship AIS information collected by the remote AIS information forwarding device 12 pass through a CDMA network high-speed ship-to-shore data transmission device 9 through CDMA The network access Internet is sent to the monitoring center server of the coastal ship mobile video monitoring system with the specified IP.

[0127] The hardware of the CDMA network high-speed ship-to-shore data transmission equipment consis...

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Abstract

A near-shoe ship motion video detect system belongs to traffic transmission technical field, comprising that the video information collected by a video server, the ship dynamic information collected by a positioning and transmitting terminal, and the ship AIS information collected by a remote AIS information transfer device, via CDMA network high-speed ship shore data transmitter and a CDMA network, are accessed into Internet to be sent to a detect center server of a near-shore ship motion video detect system in pointed IP address, therefore, user can use the client software of near-shore ship motion video detect system to connect the detect center server to detect ship. The invention has the advantages that the invention can effectively reduce and prevent sea accident, improve detect level, and protect users, mainly used in traffic transmission technical field.

Description

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Claims

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Application Information

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Owner DALIAN MARITIME UNIVERSITY
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