Bus monitoring video wireless high-speed networking storage system and method

Abstract

The invention relates to a video monitoring technology. The invention particularly relates to a bus monitoring video wireless high-speed networking storage system and method. The system comprises a client, an in-station storage server, a wireless router and a plurality of wireless monitoring devices, the plurality of wireless monitoring devices are connected with the in-station storage server through the wireless router, the wireless router is arranged in a bus master station, and the wireless monitoring devices are arranged on buses; after a bus runs into the parking lot of the bus master station, the wireless monitoring devices and the in-station storage server form a wireless network through the wireless router, and bus equipment information and video data are uploaded in a TCP connection mode; the in-station storage server is provided with a database, and the client uploads and reads bus equipment information and video data by accessing the database of the in-station storage server. The video data is uploaded to the in-station storage server device, data backup is achieved, the video recording duration is prolonged, and the video data extraction efficiency is improved.

Description

technical field [0001] The invention relates to video surveillance technology, in particular to a wireless high-speed networked storage system and method for bus surveillance video. Background technique [0002] At present, the bus video surveillance data mainly adopts the hard disk storage method, which has its limitations in actual use. First, the capacity of the hard disk is limited. The 512GB, 1TB, and 2TB hard disks that are widely used in the market can only save half a month to one month of surveillance video, and as the capacity increases, the cost of the hard disk also doubles. Second, it is inconvenient to obtain the video data. When the video inspection or other problems need to be traced back to the video of a specific period, the security officer needs to wait for the bus to enter the station, find the corresponding bus, export it through a USB disk or directly replace the hard disk of the device. It is very inconvenient and inefficient to use for video viewing...

AI Technical Summary

Problems solved by technology

[0002] At present, the bus video surveillance data mainly adopts the hard disk storage method, and the hard disk storage method has its limitations in actual use.

First, the capacity of the hard disk is limited. The 512GB, 1TB, and 2TB hard disks that are widely used in the market can only save surveillance video for half a month to a month, and as the capacity increases, the cost of the hard disk also doubles.

Second, it is inconvenient to obtain the video data. When the video inspection or other problems need to be traced back to the video of a specific period, the security officer needs to wait for the bus to enter the station, find the corresponding bus, export it through a USB disk or directly replace the hard disk of the device. It is very inconvenient and inefficient to use for video viewing; moreover, if you need to view videos from a long time ago, the storage capacity may have covered the videos that need to be queried, so it is impossible to trace the videos of this period

[0003] It can be seen that the current scheme of using hard disks to store video data has the problem of low capacity and can only store short-term video data. In the actual operation process, due to the bus operating environment, the vehicle vibration is relatively strong, which will lead to hard disk damage. The damage rate will be higher than that in a normal and stable operating environment, and once the hard disk device is damaged, it will cause the problem of video data loss for a period of time

[0004] In addition, there is also the problem of inefficiency in the way security officers extract video data

Under the current technical conditions, security officers are relatively inefficient when conducting routine inspections and extracting video data. Usually, they need to wait for the bus to stop at the bus stop, and then search for the corresponding vehicle in the station. Export video data or directly replace the hard disk to extract video data. This method is inefficient and has high labor costs. Therefore, a more efficient solution needs to be proposed to solve this problem.

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