High Speed ​​Dome Camera

Abstract

A high-speed spherical camera, comprising: a spherical camera installed on a monitoring site, collecting video signals in the area, and transmitting the collected signals back to a monitoring system in the background; a microcontroller MCU, set in the spherical camera, according to the external The control command sends an execution command to the dome camera; the control terminal is connected to the MCU of the dome camera, and the user sends control commands to the MCU corresponding to the dome camera, and also includes a Bluetooth communication module and a data analysis module, wherein the Bluetooth communication module is in multiple A data communication relationship is established between the spherical cameras, and video information and control instructions are sent or received; the data analysis module is respectively connected with the Bluetooth communication module and the microcontroller MCU to convert and analyze the video information and control instructions. Through the Bluetooth communication module, a data transmission network can be established between multiple spherical cameras in a certain area, so as to realize cross-network video transmission and cross-network remote control.

Description

technical field [0001] The invention relates to the technical field of cameras, in particular to a high-speed dome camera equipped with a bluetooth communication module and a data analysis module to realize cross-network video transmission and cross-network remote control. Background technique [0002] High-speed dome camera is a kind of intelligent camera front end, its full name is high-speed intelligent dome camera, or integrated high-speed dome smart dome, or referred to as fast dome, referred to as high-speed dome. The high-speed dome is the most complex camera front end with the best comprehensive performance in the monitoring system, and can adapt to high-density and most complex monitoring occasions. The high-speed dome camera is a product with a high degree of integration. It integrates the pan-tilt system, communication system and camera system. The pan-tilt system refers to the rotating part driven by the motor. The communication system refers to the control of th...

AI Technical Summary

Problems solved by technology

like figure 2 As shown, there is no communication between two high-speed dome cameras (referred to as ball cameras) between two independent video surveillance networks, the respective videos of the two surveillance networks cannot be shared, and the two ball cameras cannot be controlled across networks. Each speed dome can only correspond to its work of monitoring through the wired network

figure 2 , the control terminal A in the network A cannot control the dome machine B in the network B, conversely, the control terminal B in the network B cannot control the dome machine A in the network A; and the monitor A in the network A cannot display the network Video of dome machine B in B, on the contrary, monitor B in network B cannot display the video of dome machine A in network A

Therefore, it is impossible to achieve connectivity between multiple different monitoring networks, which sometimes causes inconvenience in work

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