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Raspberry Pi-based power grid equipment video monitoring device

A technology of video monitoring and power grid equipment, which is applied in the direction of TV, closed-circuit television system, electrical components, etc., can solve the problems that transmission lines are rarely equipped with real-time monitoring systems, there is no individual equipment monitoring equipment, and the volume is large, so as to achieve real-time, fast and accurate appearance State, low cost, small size effect

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AI Technical Summary

Problems solved by technology

[0002] Power grid equipment mainly includes various equipment and transmission lines in substations. At present, there are video monitoring systems in substations in my country, but they mainly monitor the substation as a whole. There is no monitoring equipment for individual equipment. Conventional video monitoring devices are bulky and expensive. High, it is difficult to carry out video monitoring on important parts of individual equipment; transmission lines are rarely equipped with real-time monitoring systems

Method used

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  • Raspberry Pi-based power grid equipment video monitoring device
  • Raspberry Pi-based power grid equipment video monitoring device
  • Raspberry Pi-based power grid equipment video monitoring device

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Embodiment Construction

[0020] In this embodiment, a RaspberryPi-based power grid equipment video monitoring device, such as Figure 4 shown.

[0021] A kind of power grid equipment video monitoring device based on RaspberryPi of this embodiment, comprises raspberry pie server, IP camera display screen and PC client; Adopt TCP / IP agreement between raspberry pie server and IP camera, display screen and PC client Communication to realize real-time video collection, and the client connected to the same router can monitor the real-time video of the display screen at any time.

[0022] Such as figure 1 As shown, the raspberry pie server is interconnected with the IP camera and the PC client respectively; the PC client is interconnected with the display screen; the IP camera is interconnected with the IP camera; the raspberry pie server is interconnected with the display screen. Clients connected to the same router can monitor real-time video at any time.

[0023] The device can be installed near the po...

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Abstract

A Raspberry Pi-based power grid equipment video monitoring device is disclosed and comprises a Raspberry Pi server, an IP camera, a PC termnial end and a display screen. The Raspberry Pi server, the IP camera and the PC client terminal are connected to the router; the Raspberry Pi server is connected to the router through an Ethernet interface, and the display screen is connected to the Raspberry Pi server through an HDMI interface. TCP / IP protocol communication is adopted among the Raspberry Pi server, the IP camera and the PC client terminal; the Raspberry Pi server adopts mechanisms under Linux , such as shared memories, message queues, semaphores and the like, to finish internal data processing operation. The device disclosed in the invention is characterized in that the device can be mounted near power grid equipment which requires real time video monitoring, angle and position adjustment of the device can be realized, and important parts or typical characteristics can be monitored. The device disclosed in the invention is small in size, low in cost and high in speed; power grid equipment can be monitored in real time; the device is convenient to install and easy to use; by employing the device, power grid operation and maintenance departments can quickly and accurately know about the appearance state of the power grid equipment in real time.

Description

technical field [0001] The invention relates to a video monitoring device for power grid equipment based on RaspberryPi, and belongs to the technical field of application of power electronics in power systems. Background technique [0002] Power grid equipment mainly includes various equipment and transmission lines in substations. At present, there are video monitoring systems in substations in my country, but they mainly monitor the substation as a whole. There is no monitoring equipment for individual equipment. Conventional video monitoring devices are bulky and expensive. High, it is difficult to carry out video surveillance on important parts of individual equipment; transmission lines are rarely equipped with real-time monitoring systems. [0003] RaspberryPi, also known as "Raspberry Pi", is as big as a business card. It is an open embedded system based on ARM controller and Linux system developed by a small charity organization in the UK. By loading the corresponding...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): H04N7/18H04N21/643
CPCH04N7/183H04N21/643
Inventor 郭亮潘本仁王冠南桂小智
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